Text

Appg - NRC Reactor Vessel Integrity Database
	ML15204A362
Person / Time
Site:	Palisades
Issue date:	07/20/2015
From:	; Office of Nuclear Reactor Regulation
To:	; Division of Operating Reactor Licensing
References
	Download: ML15204A362 (88)
	v • d • e

RVID 2 - Excel Worksheet Version The information contained here represents the collected state of knowledge concerning US reactor pressure vessels as of July 2000. Many of the values represented here, particularly the fluence values, have since been updated several times. The chemistry values, particularly those for Linde 80 welds, have likewise been updateddue to a mixture of enhanced analysis, sample testing, and estimate refinement.

The NRC staff collected this information as a review aid and as a snapshot of reactor vessel materials.

The values found herein were values sufficient and proper for use in interacting with the NRC.

Consequently many values were conservatively reported.

Many of the terms contained in the headings will be uninterpretable without the aid of NRC Regulatory Guide 1.99, Rev. 2, "Radiation Embrittlement of Reactor Vessel Materials," which can be found at the NRC public website. As of the release fo this data collection, the Regulatory Guide was available at the following address:

http://pbadupws.nrc.gov/docs/ML0037/ML003740284.pdf

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG FORGING ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG WELD ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG WELD ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG WELD ARKANSAS NUCLEAR 1 B&W BABCOCK & WILCOX PWR B&WOG WELD ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ARKANSAS NUCLEAR 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD BEAVER VALLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BEAVER VALLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE PLATE BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE PLATE BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE PLATE BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE PLATE BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE WELD BIG ROCK POINT GE BABCOCK & WILCOX BWR NONE WELD BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BRAIDWOOD 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BRAIDWOOD 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG WELD BROWNS FERRY 1 GE BABCOCK & WILCOX BWR BWROG WELD BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG WELD BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 2 GE BABCOCK & WILCOX BWR BWROG WELD BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG WELD BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG PLATE BROWNS FERRY 3 GE BABCOCK & WILCOX BWR BWROG WELD BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG FORGING BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG FORGING BRUNSWICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE WELD BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE WELD BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE PLATE BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE PLATE BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE PLATE BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE PLATE BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE FORGING BRUNSWICK 2 GE CHICAGO BRIDGE AND IRON BWR NONE FORGING BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 1 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE FORGING BYRON 2 WESTINGHOUSE BABCOCK & WILCOX PWR NONE WELD CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALLAWAY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD CALVERT CLIFFS 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD CALVERT CLIFFS 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD CATAWBA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD CATAWBA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING CATAWBA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CATAWBA 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG WELD CLINTON GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE WELD COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE WELD COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE WELD COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COMANCHE PEAK 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR NONE PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COOK 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE COOK 2 WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG WELD COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG PLATE COOPER GE COMBUSTION ENGINEERING BWR BWROG WELD COOPER GE COMBUSTION ENGINEERING BWR BWROG WELD CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG PLATE CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG PLATE CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG FORGING CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG WELD CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG WELD CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG WELD CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG PLATE CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG PLATE CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG WELD CRYSTAL RIVER 3 B&W BABCOCK & WILCOX PWR B&WOG WELD DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG FORGING DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG FORGING DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG FORGING DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG WELD DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG WELD DAVIS-BESSE B&W BABCOCK & WILCOX PWR B&WOG WELD DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DIABLO CANYON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 2 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG WELD DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG PLATE DRESDEN 3 GE BABCOCK & WILCOX BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG WELD DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE DUANE ARNOLD GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD FARLEY 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG WELD FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG WELD FERMI 2 GE COMBUSTION ENGINEERING BWR BWROG WELD FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG PLATE FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG WELD FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL FITZPATRICK GE COMBUSTION ENGINEERING BWR BWROG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG PLATE FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD FORT CALHOUN C-E COMBUSTION ENGINEERING PWR CEOG WELD GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD GINNA WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE GRAND GULF 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD HADDAM NECK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 1 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG PLATE HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG WELD HATCH 2 GE COMBUSTION ENGINEERING BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG PLATE HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG WELD HOPE CREEK GE HITACHI BWR BWROG FORGING HOPE CREEK GE HITACHI BWR BWROG FORGING HOPE CREEK GE HITACHI BWR BWROG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD INDIAN POINT 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE KEWAUNEE WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG FORGING KEWAUNEE WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG FORGING KEWAUNEE WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD LASALLE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LASALLE 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE LIMERICK 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG WELD MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG WELD MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG PLATE MAINE YANKEE C-E COMBUSTION ENGINEERING PWR CEOG WELD MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD MCGUIRE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD MCGUIRE 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD MCGUIRE 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING MCGUIRE 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG WELD MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MILLSTONE 3 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE MONTICELLO GE CHICAGO BRIDGE AND IRON BWR BWROG WELD MONTICELLO GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE MONTICELLO GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE MONTICELLO GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE MONTICELLO GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG WELD NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG WELD NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG WELD NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 1 GE COMBUSTION ENGINEERING BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NINE MILE POINT 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING NORTH ANNA 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG PLATE OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 1 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 2 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 2 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 2 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 2 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 2 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG FORGING OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG WELD OCONEE 3 B&W BABCOCK & WILCOX PWR B&WOG WELD OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG WELD OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG PLATE OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG WELD OYSTER CREEK GE COMBUSTION ENGINEERING BWR BWROG WELD PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALISADES C-E COMBUSTION ENGINEERING PWR CEOG WELD PALISADES C-E COMBUSTION ENGINEERING PWR CEOG WELD PALISADES C-E COMBUSTION ENGINEERING PWR CEOG WELD PALISADES C-E COMBUSTION ENGINEERING PWR CEOG WELD PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALISADES C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PALO VERDE 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG WELD PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 2 GE BABCOCK & WILCOX BWR BWROG WELD PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG WELD PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG WELD PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG PLATE PEACH BOTTOM 3 GE BABCOCK & WILCOX BWR BWROG WELD PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG WELD PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG WELD PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG WELD PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG WELD PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE PERRY GE CHICAGO BRIDGE AND IRON BWR BWROG WELD PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG PLATE PILGRIM GE COMBUSTION ENGINEERING BWR BWROG WELD PILGRIM GE COMBUSTION ENGINEERING BWR BWROG WELD PILGRIM GE COMBUSTION ENGINEERING BWR BWROG WELD PILGRIM GE COMBUSTION ENGINEERING BWR BWROG WELD POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING POINT BEACH 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING POINT BEACH 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL POINT BEACH 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD POINT BEACH 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD PRAIRIE ISLAND 1 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 1 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 1 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 1 WESTINGHOUSE SOCIETE CREUSOT PWR WOG WELD PRAIRIE ISLAND 1 WESTINGHOUSE SOCIETE CREUSOT PWR WOG WELD PRAIRIE ISLAND 2 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 2 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 2 WESTINGHOUSE SOCIETE CREUSOT PWR WOG FORGING PRAIRIE ISLAND 2 WESTINGHOUSE SOCIETE CREUSOT PWR WOG WELD PRAIRIE ISLAND 2 WESTINGHOUSE SOCIETE CREUSOT PWR WOG WELD QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG WELD QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG WELD QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG WELD QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 1 GE BABCOCK & WILCOX BWR BWROG WELD QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG WELD QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG PLATE QUAD CITIES 2 GE BABCOCK & WILCOX BWR BWROG WELD RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG WELD RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG WELD RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG WELD RIVER BEND GE CHICAGO BRIDGE AND IRON BWR BWROG WELD ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD ROBINSON 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL SALEM 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SALEM 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEABROOK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SEQUOYAH 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING SEQUOYAH 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING SEQUOYAH 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD SEQUOYAH 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD SEQUOYAH 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING SEQUOYAH 2 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SHEARON HARRIS WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-2 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG WELD SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SONGS-3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE SOUTH TEXAS 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 1 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG WELD ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE ST. LUCIE 2 C-E COMBUSTION ENGINEERING PWR CEOG PLATE SUMMER WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG WELD SUMMER WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SUMMER WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SUMMER WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SUMMER WESTINGHOUSE CHICAGO BRIDGE AND IRON PWR WOG PLATE SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SURRY 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 1 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE SUSQUEHANNA 2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE TMI-1 B&W BABCOCK & WILCOX PWR B&WOG FORGING TMI-1 B&W BABCOCK & WILCOX PWR B&WOG PLATE TMI-1 B&W BABCOCK & WILCOX PWR B&WOG PLATE TMI-1 B&W BABCOCK & WILCOX PWR B&WOG PLATE TMI-1 B&W BABCOCK & WILCOX PWR B&WOG PLATE TMI-1 B&W BABCOCK & WILCOX PWR B&WOG WELD TMI-1 B&W BABCOCK & WILCOX PWR B&WOG WELD TMI-1 B&W BABCOCK & WILCOX PWR B&WOG WELD TMI-1 B&W BABCOCK & WILCOX PWR B&WOG WELD TMI-1 B&W BABCOCK & WILCOX PWR B&WOG WELD TURKEY POINT 3 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 3 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 3 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 3 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD TURKEY POINT 3 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD TURKEY POINT 4 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD VERMONT YANKEE GE CHICAGO BRIDGE AND IRON BWR BWROG WELD VERMONT YANKEE GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE VERMONT YANKEE GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE VERMONT YANKEE GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE VERMONT YANKEE GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 1 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE VOGTLE 2 WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG PLATE WATERFORD 3 C-E COMBUSTION ENGINEERING PWR CEOG WELD WATTS BAR 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG WELD WATTS BAR 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING WATTS BAR 1 WESTINGHOUSE ROTTERDAM DOCKYARD PWR WOG FORGING WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG WELD WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WNP-2 GE CHICAGO BRIDGE AND IRON BWR BWROG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG WELD WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE WOLF CREEK WESTINGHOUSE COMBUSTION ENGINEERING PWR WOG PLATE ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 1 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG FORGING ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE

PLANT DESIGNER MANUFACTURER REACTOR TYPE OWNER GROUP MATERIAL ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG PLATE ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD ZION 2 WESTINGHOUSE BABCOCK & WILCOX PWR B&WOG WELD

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 528360(AYN 131)

LOWER NOZZLE BELT FORGING GENERIC A 508-2 C-5114-1 LOWER SHELL COURSE DIRECT A 533B C-5114-2 UPPER SHELL COURSE DIRECT A 533B C-5120-1 LOWER SHELL COURSE 65%

A 533B C-5120-2 UPPER SHELL COURSE 65%

A 533B 8T1762 LOWER SHELL AXIAL WELDS WF-18 EMA LINDE 80 8T1762 UPPER SHELL AXIAL WELD WF-18 EMA LINDE 80 821T44 NOZZLE BELT/UPPER SHELL CIRC. WELD WF-EMA LINDE 80 406L44 UPPER/LOWER SHELL CIRC. WELD WF-112 EMA LINDE 80 83650 INT. TO LOWER SHELL CIRC. WELD 9-203 DIRECT LINDE 0091 10120 INT. SHELL AXIAL WELDS 2-203A,B,C DIRECT LINDE 0091 10120 LOWER SHELL AXIAL WELDS 3-203A,B,C DIRECT LINDE 0091 B-2545-2 LOWER SHELL C-8010-3 65%

A 533B B-2545-1 LOWER SHELL C-8010-2 65%

A 533B C-8161-2 LOWER SHELL C-8010-1 65%

A 533B C-8161-1 INTERMEDIATE SHELL C-8009-2 65%

A 533B C-8182-2 INTERMEDIATE SHELL C-8009-3 DIRECT A 533B C-8161-3 INTERMEDIATE SHELL C-8009-1 65%

A 533B 10137 UPPER/INT SHELL CIRC WELD 8-203 10 F DATA LINDE 0091 C6293-2 LOWER SHELL B7203-2 DIRECT A 533B C4381-1 INTERMEDIATE SHELL B6607-1 DIRECT A 533B C4381-2 INTERMEDIATE SHELL B6607-2 DIRECT A 533B C6317-1 LOWER SHELL B6903-1 DIRECT A 533B 90136 CIRC WELD 11-714 SISTER PLANT LINDE 0091 305424 INTER SHELL AXIAL WELD 19-714 SURV WELD LINDE 1092 305414 LOWER SHELL AXIAL WELD 20-714 SISTER PLANT LINDE 1092 83642 AXIAL WELDS DIRECT LINDE 0091 83642 CIRC. WELD DIRECT LINDE 0091 C0544-2 INTERMEDIATE SHELL B9004-2 DIRECT A 533B C0544-1 INTERMEDIATE SHELL B9004-1 DIRECT A 533B C1408-1 LOWER SHELL B9005-2 DIRECT A 533B C1408-2 LOWER SHELL B9005-1 DIRECT A 533B 19246-1 NO LOCATION IDENT S-5503-1 DIRECT A 302B 19246-3 NO LOCATION IDENTIFICATION S-5503-3 DIRECT A 302B 19246-2 NO LOCATION IDENTIFICATION S-5503-2 DIRECT A 302B 19246-4 NO LOCATION IDENTIFICATION S-5503-4 DIRECT A 302B NA/W-B CIRC WELD EMA ARCOS-B5 NA/W-A AXIAL WELDS EMA ARCOS-B5 442011 MIDDLE CIRC. WELD WF-562 DIRECT LINDE 80 5P-7016 LOWER NOZZLE BELT FORGING DIRECT A 508-2 49D867-1-1/49C813-1-1 LOWER SHELL FORGING DIRECT A 508-3 H4498 UPPER CIRC. WELD WF-645 DIRECT LINDE 80 49C344-1-1/49D383-1-1 UPPER SHELL FORGING DIRECT A 508-3 31401 LOWER CIRC WELD WF-653 DIRECT LINDE 80 442011 MIDDLE CIRC. WELD WF-562 DIRECT LINDE 80 49D963-1-1/49C904-1-1 UPPER SHELL FORGING DIRECT A 508-3 1084-18 LOWER CIRC WELD WF-696 DIRECT LINDE 80 5P-7056 LOWER NOZZLE BELT FORGING DIRECT A 508-3 H4498 UPPER CIRC. WELD WF-645 DIRECT LINDE 80 50D102-1-1/50C97-1-1 LOWER SHELL FORGING DIRECT A 508-3 C2753-1 INTERMEDIATE SHELL EMA A 302BM C2868-2 INTERMEDIATE SHELL 65%

A 302BM C2884-2 INTERMEDIATE SHELL 65%

A 302BM A1009-1 LOWER SHELL EMA A 302BM A0999-1 LOWER SHELL EMA A 302BM B5864-1 LOWER SHELL EMA A 302BM NA/W-A AXIAL WELDS EMA ESW 406L44 CIRC WELD WF-154 EMA LINDE 80 D55733 CIRC WELDS DIRECT YF-200 C2849-1 LOWER-INTERMEDIATE SHELL EMA A 302BM C2460-2 LOWER SHELL EMA A 302BM

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL A0981-1 LOWER-INTERMEDIATE SHELL 65%

A 302BM C2467-2 LOWER SHELL EMA A 302BM C2467-1 LOWER-INTERMEDIATE SHELL EMA A 302BM C2463-1 LOWER SHELL EMA A 302BM NA/W-A AXIAL WELDS EMA ESW D55733/D51852 CIRC WELD DIRECT YF-200 C3188-2 LOWER-INTERMEDIATE SHELL 65%

A 302BM B7267-1 LOWER-INTERMEDIATE SHELL EMA A 302BM C3213-1 LOWER SHELL EMA A 302BM C3201-2 LOWER-INTERMEDIATE SHELL EMA A 302BM C3217-2 LOWER SHELL EMA A 302BM C3222-2 LOWER SHELL EMA A 302BM NA/W-A AXIAL WELDS ES EMA ESW S3986 AXIAL WELDS EMA LINDE 124 1P4218 CIRCUMFERENTIAL WELD EMA LINDE 124 C4550-1 LOWER SHELL EMA A 533B C4487-1 LOWER INTERMEDIATE SHELL EMA A 533B C4535-2 LOWER SHELL EMA A 533B Q2Q1VW NOZZLE FORGING N16A EMA A 508-2 Q2Q1VW NOZZLE FORGING N16B EMA A 508-2 B8496-1 LOWER INTERMEDIATE SHELL EMA A 533B 3P4000 CIRCUMFERENTIAL WELD EMA LINDE 124 S3986 AXIAL WELDS EMA LINDE 124 C4550-2 LOWER SHELL EMA A 533B C4521-2 LOWER INTERMEDIATE SHELL EMA A 533B C4489-1 LOWER INTERMEDIATE SHELL EMA A 533B C4500-2 LOWER SHELL EMA A 533B Q2Q1VW NOZZLE FORGING N16B EMA A 508-2 Q2Q1VW NOZZLE FORGING N16A EMA A 508-2 442011 UPPER CIRC. WELD WF-501 DIRECT LINDE 80 442002 MIDDLE CIRC. WELD WF-336 DIRECT LINDE 80 5P-5951 LOWER SHELL FORGING DIRECT A 508-2 5P-5933 INT. SHELL FORGING DIRECT A 508-2 123J218 LOWER NOZZLE BELT FORGING DIRECT A 508-2 31401 LOWER CIRC. WELD WF-472 DIRECT LINDE 80 49D329-1-1/49C297-1-1 INTERMEDIATE SHELL FORGING DIRECT A 508-2 442011 UPPER CIRC. WELD WF-562 DIRECT LINDE 80 442002 MIDDLE CIRC. WELD WF-447 DIRECT LINDE 80 4P-6107 LOWER NOZZLE BELT FORGING DIRECT A 508-2 49D330-1-1/49C298-1-1 LOWER SHELL FORGING DIRECT A 508-2 31401 LOWER CIRC. WELD WF-614 DIRECT LINDE 80 90077 INT. & LW SHELL AX. WLDS 101-124B/C, -

DIRECT LINDE 0091 90077 INT. & LOW. SHELL AX. WELDS 101-124A, -142A LINDE 0091 90077 INT. TO LOWER SHELL CIRC. WELD 101-171 DIRECT LINDE 124 C4344-1 INTERMEDIATE SHELL R2707-1 DIRECT A 533B C4472-1 LOWER SHELL R2708-2 DIRECT A 533B C4383-1 INTERMEDIATE SHELL R2707-2 DIRECT A 533B C4383-2 INTERMEDIATE SHELL R2707-3 DIRECT A 533B C4499-2 LOWER SHELL R2708-1 DIRECT A 533B C4499-1 LOWER SHELL R2708-3 DIRECT A 533B B-8489-1 LOWER SHELL D-7207-3 65%

A 533B C-4351-2 INTERMEDIATE SHELL D-7206-1 65%

A 533B B-8489-2 LOWER SHELL D-7207-2 65%

A 533B C-4441-2 INTERMEDIATE SHELL D-7206-2 65%

A 533B C-4441-1 INTERMEDIATE SHELL D-7206-3 DIRECT A 533B C-4420-1 LOWER SHELL D-7207-1 65%

A 533B 21935 LOWER SHELL AXIAL WELD 3-203A/C SISTER PLANT LINDE 1092 20291/12008 INTERMEDIATE SHELL AXIAL WELD 2-203 SISTER PLANT LINDE 1092 33A277 INT. TO LOWER SHELL CIRC. WELD 9-203 SURV WELD LINDE 0091 B-9427-2 INTERMEDIATE SHELL D-8906-2 65%

A 533B C-5803-3 LOWER SHELL D-8907-3 65%

A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL A-4463-2 INTERMEDIATE SHELL D-8906-3 65%

A 533B C-5286-1 LOWER SHELL D-8907-2 DIRECT A 533B A-4463-1 INTERMEDIATE SHELL D-8906-1 65%

A 533B C-5804-1 LOWER SHELL D-8907-1 65%

A 533B A8746 INTER SHELL AXIAL WELD 2-203A/C GENERIC LINDE 124 10137 INT./LOWER SHELL CIRC. WELD 9-203 SURV WELD LINDE 0091 33A277 LOWER SHELL AXIAL WELDS 3-203A/C SISTER PLANT LINDE 0091 895075 CIRC. WELD W05 DIRECT GRAU LO 527708 LOWER SHELL 04 FORGING DIRECT A 508-2 411343 INTERMEDIATE SHELL 05 FORGING DIRECT A 508-2 83648 GIRTH WELD G1.45 DIRECT LINDE 0091 83648 AXIAL WELD G1.45 DIRECT LINDE 0091 A0617-1 INTERMEDIATE SHELL B8616-1 DIRECT A 533B C2288-1 LOWER SHELL B8806-1 DIRECT A 533B C2272-2 LOWER SHELL B8806-3 DIRECT A 533B C2272-1 LOWER SHELL B8806-2 DIRECT A 533B C0543-2 INTERMEDIATE SHELL B8605-2 DIRECT A 533B C0543-1 INTERMEDIATE SHELL B8605-1 DIRECT A 533B 3P4955/3478(S)

WELDS DIRECT UNKNOWN 3P4955/0342(S)

WELDS DIRECT UNKNOWN 3P4955/0342(T)

WELDS DIRECT UNKNOWN 3P4955/0951(T)

WELDS DIRECT UNKNOWN 3P4955/3478(T)

WELDS DIRECT UNKNOWN 3P4955/0951(S)

WELDS DIRECT UNKNOWN 431T1831 WELDS UNKNOWN C4320-2 SHELL COURSE 2 DIRECT A 533B C4363-2 SHELL COURSE 2 DIRECT A 533B C4380-2 SHELL COURSE 2 DIRECT A 533B 5P6756 WELDS DIRECT UNKNOWN A2758-1 SHELL COURSE 1 50 F DATA A 533B 76492 WELDS DIRECT UNKNOWN A2740-1 SHELL COURSE 1 30 F DATA A 533B 88112 LOWER SHELL AXIAL WELDS 101-142A/C SURV WELD LINDE 0091 88112 INTERMEDIATE SHELL AXIAL WELDS 101-SURV WELD LINDE 0091 88112 CIRC. WELD 101-171 SURV WELD LINDE 0091 C4533-2 LOWER SHELL R1108-2 DIRECT A 533B C4106-2 INTERMEDIATE SHELL R1107-3 DIRECT A 533B B7854-1 INTERMEDIATE SHELL R1107-2 DIRECT A 533B C4021-1 INTERMEDIATE SHELL R1107-1 DIRECT A 533B C4589-1 LOWER SHELL R1108-3 DIRECT A 533B C4464-1 LOWER SHELL R1108-1 DIRECT A 533B NR64439-1 LOWER SHELL R3816-2 DIRECT A 533B NR64443-1 LOWER SHELL R3816-3 DIRECT A 533B 89833 CIRC. WELD SURV WELD LINDE 124 89833 INTERMEDIATE SHELL AXIAL WELDS DIRECT LINDE 0091 89833 LOWER SHELL AXIAL WELDS DIRECT LINDE 0091 NR64435-1 LOWER SHELL R3816-1 DIRECT A 533B B9566-1 INT SHELL R3807-3 DIRECT A 533B C5522-1 INT SHELL R3807-1 DIRECT A 533B C5522-2 INT SHELL R3807-2 DIRECT A 533B C1260 INTERMEDIATE SHELL B4406-1 DIRECT A 533B C3932 LOWER SHELL B4407-2 DIRECT A 533B C3594 NOZZLE SHELL B4405-2 65%

A 533B C3594 NOZZLE SHELL B4405-1 65%

A 533B C3872 NOZZLE SHELL B4405-3 65%

A 533B C3929 LOWER SHELL B4407-3 DIRECT A 533B C3929 LOWER SHELL B4407-1 DIRECT A 533B C3506 INTERMEDIATE SHELL B4406-2 DIRECT A 533B C3506 INTERMEDIATE SHELL B4406-3 DIRECT A 533B 13253/12008(T)

NOZZLE SHELL AXIAL WELDS 1-442 A,B,&C SISTER PLANT LINDE 1092 13253/12008(T)

LOWER SHELL AXIAL WELDS 3-422 A,B,&C SISTER PLANT LINDE 1092

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 13253/12008(T)

INT. SHELL AXIAL WELDS 2-442 A,B,&C SISTER PLANT LINDE 1092 20291 NOZZLE/INT SHELL CIRC WELD 8-442 SISTER PLANT LINDE 1092 1P3571 INT./LOWER SHELL CIRC WELD 9-442 SISTER PLANT LINDE 1092 S3986 LOWER SHELL AXIAL WELDS SURV WELD LINDE 124 S3986 INT SHELL AXIAL WELDS SURV WELD LINDE 124 S3986 CIRC WELD SURV WELD LINDE 124 C5540-2 LOWER SHELL PLATE 9-1 DIRECT A 533B C5521-2 INTERMEDIATE SHELL PLATE 10-2 DIRECT A 533B C5592-1 LOWER SHELL PLATE 9-2 DIRECT A 533B C5556-2 INTERMEDIATE SHELL PLATE 10-1 DIRECT A 533B C2407-1 LOWER INTERMEDIATE SHELL G-2801-7 65%

A 533B C2331-2 LOWER INTERMEDIATE SHELL G-2802-1 65%

A 533B C2274-2 LOWER SHELL G-2803-3 65%

A 533B C2274-1 LOWER SHELL G-2803-1 65%

A 533B 21935 LOWER/LOWER INT. SHELL CIRC WELD 1-240 EMA LINDE 1092 C2307-1 LOWER SHELL G-2803-2 65%

A 533B C2307-2 LOWER INTERMEDIATE SHELL G-2802-2 65%

A 533B 27204/12008 LOWER INT. SHELL AXIAL WELDS 1-233A/C SURV WELD LINDE 1092 12420 LOWER SHELL AXIAL WELDS 2-233A/C EMA LINDE 1092 C4347-1 LOWER SHELL DIRECT A 533B C4347-2 LOWER SHELL DIRECT A 533B AZJ94 NOZZLE BELT FORGING GENERIC A 508-2 8T1554 UPPER SHELL CIRC WELD (OUTSIDE 60%) WF-EMA LINDE 80 8T1762 UPPER SHELL AXIAL WELD WF-8 / WF-18 EMA LINDE 80 8T1762 LOWER SHELL AXIAL WELDS SA-1580 EMA LINDE 80 C4344-1 UPPER SHELL DIRECT A 533B C4344-2 UPPER SHELL DIRECT A 533B 71249 UPPER SHELL CIRC. WELD (INSIDE 40%) SA-EMA LINDE 80 72105 UPPER/LOWER SHELL CIRC WELD WF-70 EMA LINDE 80 5P4086 (BCC241)

LOWER SHELL FORGING DIRECT A 508-2 123Y317 (ADB 203)

NOZZLE BELT FORGING DIRECT A 508-2 123X244 (AKJ233)

UPPER SHELL FORGING DIRECT A 508-2 8T3914 NZ. BELT/UPPER SHL CIRC WELD(INSIDE EMA LINDE 80 T29744 NZ. BELT/UP SHL CIRC WELD(OUTSIDE EMA LINDE 80 821T44 UPPER/LOWER SHELL CIRC WELD WF-182-1 DIRECT LINDE 80 C2793-1 INTERMEDIATE SHELL B4106-3 65%

A 533B C3131-1 LOWER SHELL B4107-3 DIRECT A 533B C3131-2 LOWER SHELL B4107-2 DIRECT A 533B C2854-2 INTERMEDIATE SHELL B4106-2 DIRECT A 533B C3121-1 LOWER SHELL B4107-1 DIRECT A 533B C2884-1 INTERMEDIATE SHELL B4106-1 DIRECT A 533B 21935 INT/LOWER SHELL CIRC WELD 9-442 SISTER PLANT LINDE 1092 27204 INT. SHELL AXIAL WELD 2-442C SURV WELD LINDE 1092 27204 LOWER SHELL AXIAL WELDS 3-442A, B SURV WELD LINDE 1092 27204 INT. SHELL AXIAL WELDS 2-442A, B SURV WELD LINDE 1092 27204 LOWER SHELL AXIAL WELD 3-442C SURV WELD LINDE 1092 10120 INT./LOWER SHELL CIRC WELD 9-201 10 F DATA LINDE 0091 C5176-1 LOWER SHELL B5455-3 DIRECT A 533B C5175-1 LOWER SHELL B5455-1 DIRECT A 533B C5175-2 LOWER SHELL B5455-2 DIRECT A 533B C5168-2 INTERMEDIATE SHELL B5454-2 DIRECT A 533B C5161-1 INTERMEDIATE SHELL B5454-1 DIRECT A 533B C5161-2 INTERMEDIATE SHELL B5454-3 DIRECT A 533B 21935/12008 INTERMEDIATE SHELL AXIAL WELD 2-201A SURV WELD LINDE 1092 21935/12008 INTERMEDIATE SHELL AXIAL WELD 2-201C SURV WELD LINDE 1092 21935/12008 INTERMEDIATE SHELL AXIAL WELD 2-201B SURV WELD LINDE 1092 33A277 LOWER SHELL AXIAL WELD 3-201B 10 F DATA LINDE 124 33A277 LOWER SHELL AXIAL WELD 3-201A 10 F DATA LINDE 124 33A277 LOWER SHELL AXIAL WELD 3-201C 10 F DATA LINDE 124 B5764-1 LOWER INTERMEDIATE SHELL EMA A 302BM 1P0815 LOWER INTERMEDIATE SHELL AXIAL WELD EMA LINDE 80

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 1P0815 LOWER SHELL AXIAL WELD EMA LINDE 80 1P0661 LOWER INT. SHELL AXIAL WELD EMA LINDE 80 B3990-2 LOWER SHELL EMA A 302BM A9128-2 LOWER SHELL EMA A 302BM A9128-1 LOWER SHELL EMA A 302BM B4030-2 LOWER INTERMEDIATE SHELL EMA A 302BM B4030-1 LOWER INTERMEDIATE SHELL EMA A 302BM B4065-1 LOWER INTERMEDIATE SHELL EMA A 302BM 71249 LOWER INT TO LOWER SHELL CIRC. WELD EMA LINDE 80 PQ1092C-2 LOWER INTERMEDIATE SHELL AXIAL WELDS EMA UNKNOWN PQ1092C-2 LOWER SHELL AXIAL WELD EMA UNKNOWN C1256-2 LOWER SHELL EMA A 302BM C1290-2 LOWER INTERMEDIATE SHELL EMA A 302BM B5118-1 LOWER INTERMEDIATE SHELL EMA A 302BM C1182-2 LOWER SHELL EMA A 302BM A0237-1 LOWER INTERMEDIATE SHELL EMA A 302BM PQ1300 LOWER & LOWER INTERMEDIATE SHELL AXIAL EMA UNKNOWN B5159-2 LOWER SHELL EMA A 302BM 299L44/8650 LOWER INT. TO LOWER SHELL CIRC WELD EMA LINDE 80 432Z4521 AXIAL WELDS EMA E 8018 CTY538 CIRC WELD EMA E 8018 09L853 CIRC WELD EMA E 8018 432Z0471 AXIAL WELDS EMA E 8018 07L669 CIRC WELD EMA E 8018 C6439-2 LOWER SHELL 1-18 EMA A 533B B0402-1 LOWER SHELL 1-19 EMA A 533B B0673-1 LOWER INTERMEDIATE SHELL 1-21 EMA A 533B B0436-2 LOWER INTERMEDIATE SHELL 1-20 EMA A 533B C6308-2 INTERMEDIATE SHELL B6903-3 65%

A 533B C6294-1 INTERMEDIATE SHELL B6903-2 65%

A 533B C6940-1 LOWER SHELL B6919-1 65%

A 533B C6897-2 LOWER SHELL B6919-2 65%

A 533B 90099 LOWER SHELL AXIAL WELDS STAT ANALYSIS LINDE 0091 6329637 CIRC. WELD 10 F DATA LINDE 0091 33A277 INTERMEDIATE SHELL AXIAL WELDS SURV WELD LINDE 1092 BOLA SMAW INT. SHELL AXIAL WELD 19-923B SURV WELD SMAW HODA SMAW INTER. SHELL AXIAL WELD 19-923A 10 F DATA SMAW 83640 LOWER SHELL AXIAL WELDS 20-923A/B 10 F DATA LINDE 0091 C6888-2 LOWER SHELL B7210-1 DIRECT A 533B C6293-1 LOWER SHELL B7210-2 DIRECT A 533B C6309-2 INTERMEDIATE SHELL B7203-1 DIRECT A 533B 5P5622 CIRC. WELD 11-923 10 F DATA LINDE 0091 C7466-1 INTERMEDIATE SHELL B7212-1 DIRECT A 533B C4540-2 LOWER SHELL G-3706-1 65%

A 533B C4564-1 LOWER INTERMEDIATE SHELL G-3703-5 65%

A 533B C4574-2 LOWER INTERMEDIATE SHELL G-3705-2 65%

A 533B C4560-1 LOWER SHELL G-3706-2 65%

A 533B C4554-1 LOWER SHELL G-3706-3 65%

A 533B B8614-1 LOWER INTERMEDIATE SHELL G-3705-1 65%

A 533B C4568-2 LOWER INTERMEDIATE SHELL G3705-3 65%

A 533B 10137 LOWER/LOWER INT. SHELL CIRC WELD 1-313 10 F DATA LINDE 0091 13253/12008 LOWER SHELL AXIAL WELDS 2-307A,B,C NRC GENERIC LINDE 1092 33A277 LOWER INT. SHELL AXIAL WELDS15-308 10 F DATA LINDE 124 C3394-1 LOWER SHELL 65%

A 533B C3278-2 LOWER INTERMEDIATE SHELL 65%

A 533B C3368-1 LOWER INTERMEDIATE SHELL 65%

A 533B C3376-2 LOWER SHELL 65%

A 533B C3103-2 LOWER SHELL 65%

A 533B C3301-1 LOWER INTERMEDIATE SHELL 65%

A 533B 13253/12008 LOWER INT. SHELL AXIAL WELDS 1-233A/C EMA LINDE 1092 27204/12008 LOWER SHELL AXIAL WELDS 2-233A/C EMA LINDE 1092

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 305414 CIRC WELD 1-240 EMA LINDE 1092 A1768-1 INTERMEDIATE SHELL D-4802-2 DIRECT A 533B C3143-3 LOWER SHELL D-4812-3 65%

A 533B C3143-2 LOWER SHELL D-4812-2 65%

A 533B A1768-2 INTERMEDIATE SHELL D-4802-3 65%

A 533B C2585-3 INTERMEDIATE SHELL D-4802-1 65%

A 533B C3213-2 LOWER SHELL D-4812-1 65%

A 533B 51989(T)

INTERMEDIATE SHELL AXIAL WELDS 2-410A/C NRC GENERIC LINDE 124 27204(T)

LOWER SHELL AXIAL WELDS 3-410A/C SISTER PLANT LINDE 1092 13253/12008(T)

LOWER SHELL AXIAL WELDS 3-410A/C EMA LINDE 1092 20291(S)

INTERMEDIATE /LOWER SHELL CIRC WELD SISTER PLANT LINDE 1092 27204/12008(T)

LOWER SHELL AXIAL WELDS 3-410A/C SISTER PLANT LINDE 1092 13253(T)

LOWER SHELL AXIAL WELDS 3-410A/C SISTER PLANT LINDE 1092 125P666VA1 LOWER SHELL 65%

A 508-2 125S255VA1 INTERMEDIATE SHELL 65%

A 508-2 61782 LOWER SHELL/ DUTCHMAN CIRC. WELD SA-EMA LINDE 80 61782 INT./LOWER SHELL CIRC. WELD SA-847 EMA LINDE 80 71249 NOZZLE/INT. SHELL CIRC. WELD SA-1101 EMA LINDE 80 123P118VA1 NOZZLE FORGING 65%

A 508-2 5P6214B

2 SHELL AXIAL WELDS DIRECT LINDE 124 626677

2 SHELL AXIAL WELDS DIRECT E8018,SMAW C2593-2

2 SHELL DIRECT A 533B C2594-1

2 SHELL DIRECT A 533B C2594-2

2 SHELL DIRECT A 533B A1224-1

2 SHELL PLATE DIRECT A 533B 627260

2 SHELL AXIAL WELDS DIRECT E8018,SMAW A5892 INTERMEDIATE SHELL W9807-2 65%

A 302B A5887 NOZZLE SHELL W9807-1 DIRECT A 302B B0716 NOZZLE SHELL W9807-8 DIRECT A 302B A5897 NOZZLE SHELL W9807-6 65%

A 302B A5877 INTERMEDIATE SHELL W9807-4 65%

A 302B B0650 LOWER SHELL W9807-3 65%

A 302B A5911 INTERMEDIATE SHELL W9807-7 65%

A 302B P1444 LOWER SHELL W9807-9 65%

A 302B A5891 LOWER SHELL W9807-5 65%

A 302B 86054B UPPER CIRC. WELD 2-373 SURV WELD ARCS B-5 SAW 9565/86054B NOZZLE SHELL AXIAL WELDS 5-373A/C SURV WELD ARCS B-5 SAW 86054B LOWER SHELL AXIAL WELDS 7-373A,B,C SURV WELD ARCS B-5 SAW 86054B INT. AXIAL WELDS 6-373A,B,C SURV WELD ARCS B-5 SAW 1248 LOWER SHELL CIRC WELD 3-373 SISTER PLANT ARCS B-5 SAW C3985-2 LOWER INT. SHELL G-4804-1 EMA A 533B C4112-1 LOWER SHELL G-4805-1 EMA A 533B C4112-2 LOWER SHELL G-4805-2 EMA A 533B C4114-2 LOWER INT. SHELL G-4804-2 65%

A 533B C4149-1 LOWER SHELL G-4805-3 EMA A 533B C4337-1 LOWER INT. SHELL G-4803-7 EMA A 533B 90099 CIRC WELD 1-313A EMA LINDE 0091 13253 LOWER SHELL AXIAL WELDS 1-307A/C EMA LINDE 1092 33A277 CIRC WELD 1-313B EMA LINDE 0091 1P2809 LOWER INTERMEDIATE AXIAL WELDS 1-308 EMA LINDE 1092 1P2815 LOWER INTERMEDIATE AXIAL WELDS 1-308 EMA LINDE 1092 4P6052 CIRC WELD 301-871 10 F DATA LINDE 0091 C8571-1 LOWER SHELL G6603-3 65%

A 533B C8554-1 LOWER INTERMEDIATE SHELL G6602-2 65%

A 533B C8553-2 LOWER SHELL G6603-1 65%

A 533B C8554-2 LOWER INTERMEDIATE SHELL G6602-1 65%

A 533B C8553-1 LOWER SHELL G6603-2 65%

A 533B C8579-2 LOWER INTERMEDIATE SHELL G6601-4 65%

A 533B 51874 LOWER INTERMEDIATE AXIAL WELDS 101-834 10 F DATA LINDE 0091 10137 LOWER SHELL AXIAL WELDS 101-842A/C 10 F DATA LINDE 0091 504-01205 INT.-LOWER TO INT. SHELL 10 F DATA SMAW

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 504-01205 LOW PRESSURE COOLANT INJECTION 10 F DATA SAW 519-01205 LOW PRESSURE COOLANT INJECTION 10 F DATA SMAW 519-01205 INT-LOWER TO INT. SHELL CIRCUMFERENTIAL 10 F DATA SMAW 001-01205 LOW PRESSURE COOLANT INJECTION 10 F DATA SMAW 5K3230-1-2 LOWER SHELL (#5)

DIRECT A 533B 5K2963-1-2 LOWER INTERMEDIATE SHELL DIRECT A 533B 5K2530-1-2 LOWER INTERMEDIATE SHELL DIRECT A 533B 6C45-1-2 LOWER SHELL DIRECT A 533B D53040 INT-LOWER TO LOWER SHELL DIRECT SAW D53040 LOWER SHELL (#5) AXIAL WELDS DIRECT SAW D53040 INTERMEDIATE SHELL AXIAL WELDS DIRECT SAW 510-01205 LOWER-INT TO LOWER SHELL DIRECT SAW 510-01205 INTERMEDIATE SHELL AXIAL WELDS DIRECT SMAW 510-01205 INT.-LOWER TO INT. SHELL DIRECT SMAW 510-01205 LOWER SHELL AXIAL WELDS DIRECT SMAW 6C35-1-2 LOWER SHELL DIRECT A 533B 5K2608-1 INTERMEDIATE SHELL DIRECT A 533B 5K3238-1-2 LOWER INTERMEDIATE DIRECT A 533B 5K2698-1 INTERMEDIATE SHELL DIRECT A 533B D53040 INT-LOWER TO INT. SHELL CIRCUMFERENTIAL DIRECT SAW D55733 INT.-LOWER TO INT. SHELL 10 F DATA SAW 19468-1 LOW PRESSURE COOLANT INJECTION DIRECT A-508 10024-1 LOW PRESSURE COOLANT INJECTION DIRECT A-508 5K3025-1 INTERMEDIATE SHELL DIRECT A 533B B-4701-2 INTERMEDIATE SHELL B2002-2 65%

A 302BM B-4782-1 LOWER SHELL B2003-2 65%

A 302BM 34B009 INT./LOWER SHELL CIRC WELD 9-042 10 F DATA LINDE 1092 B-4922-1 INTERMEDIATE SHELL B2002-3 65%

A 302BM B-4791-1 LOWER SHELL B2003-1 65%

A 302BM B-4688-2 INTERMEDIATE SHELL B2002-1 65%

A 302BM W5214 LOWER SHELL AXIAL WELDS 3-042 A/C SURV WELD LINDE 1092 W5214 INT. SHELL AXIAL WELDS 2-042 A/C SURV WELD LINDE 1092 A-0495-2 LOWER SHELL B2803-1 DIRECT A 302BM 34B009 INTERMEDIATE SHELL AXIAL WELDS 2-042 SISTER PLANT LINDE 1092 34B009 LOWER SHELL AXIAL WELDS 3-042 SISTER PLANT LINDE 1092 B-5391-2 INTERMEDIATE SHELL B2802-3 DIRECT A 302BM B-5394-2 INTERMEDIATE SHELL B2802-1 DIRECT A 302BM C-1397-3 LOWER SHELL B2803-2 DIRECT A 302BM A-0516-2 INTERMEDIATE SHELL B2802-2 DIRECT A 302BM 13253 INT./LOWER SHELL CIRC. WELD 9-042 SISTER PLANT LINDE 1092 A-0512-2 LOWER SHELL B2803-3 DIRECT A 302BM 122K208VA1 INTERMEDIATE SHELL B-6306 65%

A 508-2 123K167VA1 LOWER SHELL B-6307 65%

A 508-2 1P3571 INT./LOWER CIRC. WELD DIRECT LINDE 1092 C5978-1 LOWER SHELL G-5603-1 EMA A 533B C5978-2 LOWER SHELL G-5603-2 EMA A 533B C6318-1 LOWER INTERMEDIATE SHELL G-5604-2 EMA A 533B A5333-1 MIDDLE SHELL G-5605-1 EMA A 533B C5979-1 LOWER SHELL G-5603-3 EMA A 533B C6123-2 MIDDLE SHELL G-5605-3 EMA A 533B C6345-1 LOWER INTERMEDIATE SHELL G-5604-1 EMA A 533B B0078-1 MIDDLE SHELL G-5605-2 EMA A 533B C6345-2 LOWER INTERMEDIATE SHELL G-5604-3 EMA A 533B 4P6519 LOWER/LOWER INT. SHELL CIRC WELD 1-313 EMA LINDE 1092 21935 LOWER SHELL AXIAL WELDS 2-307A/C EMA LINDE 1092 12008 LOWER-INT. SHELL AXIAL WELDS 4-308A/C EMA LINDE 1092 6329637 MIDDLE TO LOWER-INT. CIRC WELD 6-308 EMA LINDE 1092 12008 LOWER SHELL AXIAL WELDS 2-307A/C EMA LINDE 1092 305424 MIDDLE SHELL AXIAL WELDS 3-308A/C EMA LINDE 1092 305414 LOWER INT. SHELL AXIAL WELDS 4-308A/C EMA LINDE 1092 1P3571 MIDDLE SHELL AXIAL WELDS 3-308 A/C EMA LINDE 1092

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 3P4000 LOWER-INTERMEDIATE SHELL AXIAL WELDS EMA LINDE 124 3P4966 LOWER SHELL AXIAL WELDS BD/BF EMA LINDE 124 5P6771 CIRCUMFERENTIAL WELD AB EMA LINDE 124 C9404-2 LOWER-INTERMEDIATE SHELL 22-2 EMA A 533B C9434-2 LOWER SHELL 21-3 EMA A 533B C9481-1 LOWER-INTERMEDIATE SHELL 22-1 EMA A 533B C9601-2 LOWER-INTERMEDIATE SHELL 22-3 EMA A 533B C9425-2 LOWER SHELL 21-1 EMA A 533B C9425-1 LOWER SHELL 21-2 EMA A 533B 3P4000 LIMITING MATERIAL FOR AXIAL WELD BC EMA LINDE 124 662A746 LIMITING MATERIAL FOR AXIAL WELD BD EMA SMAW 09M057/C109A27A CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 07L857/B101A27A CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 1P4218 LIMITING MATERIAL FOR AXIAL WELDS BA, BB, EMA LINDE 124 S3986 LIMITING MATERIAL FOR AXIAL WELD BF EMA LINDE 124 5P6756 CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 640892/J424B27AE CIRCUMFERENTIAL WELD EMA 8018 NM SMAW C7689-1 SHELL COURSE # 2 17-1 EMA A 533B C7698-2 SHELL COURSE # 1 14-2 EMA A 533B C7698-1 SHELL COURSE # 2 17-3 EMA A 533B C7677-1 SHELL COURSE # 2 17-2 EMA A 533B C7688-1 SHELL COURSE # 1 14-1 EMA A 533B C7688-2 SHELL COURSE # 1 14-3 EMA A 533B 03M014/C118A27A CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 661A746/H013A27A LIMITING MATERIAL FOR AXIAL WELD BC EMA SMAW 09M057/C109A27A CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 07L857/B101A27A CIRCUMFERENTIAL WELD EMA 8018 NM SMAW 432A2671/H019A27A LIMITING MATERIAL-AXIAL WELDS EMA SMAW 640892/J424B27AE CIRCUMFERENTIAL WELD EMA 8018 NM SMAW C9569-2 SHELL COURSE # 2 17-1 EMA A 533B C9526-2 SHELL COURSE # 2 17-3 EMA A 533B C9526-1 SHELL COURSE # 2 17-2 EMA A 533B B3312-1 SHELL COURSE # 1 14-1 EMA A 533B B3416-1 SHELL COURSE # 1 14-2 EMA A 533B C9621-2 SHELL COURSE # 1 14-3 EMA A 533B C-3982-5 INTERMEDIATE SHELL D-8406-3 65%

A 533B B-8324-1 LOWER SHELL D-8407-3 65%

A 533B B-7955-1 INTERMEDIATE SHELL D-8406-1 DIRECT A 533B 51989 AXIAL WELDS 2-203 NRC GENERIC LINDE 124 B-7955-2 INTERMEDIATE SHELL D-8406-2 65%

A 533B 13253/12008 AXIAL WELDS 3-203 SISTER PLANT LINDE 1092 B-8330-2 LOWER SHELL D-8407-2 65%

A 533B B-8330-1 LOWER SHELL D-8407-1 65%

A 533B 1P3571 CIRC. WELDS 9-203 SURV WELD LINDE 1092 83640 INT./LOWER SHELL CIRC. WELD G1.39 DIRECT LINDE 0091 C4374-2 LOWER SHELL B5013-2 65%

A 533B C4371-2 LOWER SHELL B5013-3 65%

A 533B C4387-2 INTERMEDIATE SHELL B5012-1 65%

A 533B C4377-2 INTERMEDIATE SHELL B5012-3 65%

A 533B C4315-1 LOWER SHELL B5013-1 65%

A 533B C4417-3 INTERMEDIATE SHELL B5012-2 65%

A 533B 20291/12008 INTERMEDIATE SHELL AXIAL WELDS M1.2 DIRECT LINDE 1092 21935/12008 LOWER SHELL AXIAL WELD M1.32 SISTER PLANT LINDE 1092 895075 INT/LOWER CIRCUMFERENTIAL SHELL WELD DIRECT GRAU LO, SAW 411337-11 LOWER SHELL 04 65%

A 508-2 526840 INTERMEDIATE SHELL 05 DIRECT A 508-2 C1079-1 LOWER-INT. SHELL G-2002-5 65%

A 302B C1140-1 LOWER-INT. SHELL G-2002-6 65%

A 302B B5013-2 LOWER-INT. SHELL G-2002-4 65%

A 302B 34B009 LOWER /LOWER-INT. SHELL CIRC WELD SURV WELD LINDE 1092 W5214 AXIAL WELDS 2-073A/C SISTER PLANT LINDE 1092

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL W5214 AXIAL WELDS 1-073A/C SISTER PLANT LINDE 1092 C1359-1 LOWER SHELL G-2001-1 65%

A 302B C1140-2 LOWER SHELL G-2001-5 65%

A 302B B4928-1 LOWER SHELL G-2001-3 65%

A 302B C-5843-1 INTERMEDIATE SHELL C-505-1 DIRECT A 533B C-5843-3 INTERMEDIATE SHELL C-505-3 DIRECT A 533B C-5843-2 INTERMEDIATE SHELL C-505-2 DIRECT A 533B A-5518 LOWER SHELL C-506-3 65%

A 533B A8746 LOWER SHELL AXIAL WELDS 3-203A 10 F DATA LINDE 124 A8746 INTERMEDIATE SHELL AXIAL WELDS 2-10 F DATA LINDE 124 C-5667-1 LOWER SHELL C-506-1 DIRECT A 533B C-5667-2 LOWER SHELL C-506-2 65%

A 533B 10137 UPPER/INT. SHELL CIRC WELD 8-203 SURV WELD LINDE 0091 10137 INT./LOWER SHELL CIRC. WELD 9-203/3999 SURV WELD LINDE 0091 33A277 UPPER/INT SHELL CIRC WELD 8-203 SISTER PLANT LINDE 0091 90136 INT/LOWER SHELL CIRC WELD 9-203 SURV WELD LINDE 0091 4P6052 WELDS DIRECT LINDE 0091 C-4039-2 INTERMEDIATE SHELL B9805-1 DIRECT A 533B C-4068-1 INTERMEDIATE SHELL B9805-2 DIRECT A 533B C-4028-1 INTERMEDIATE SHELL B9805-3 DIRECT A 533B D-1242-1 LOWER SHELL B9820-3 DIRECT A 533B D-1242-2 LOWER SHELL B9820-2 DIRECT A 533B B-8961-1 LOWER SHELL B9820-1 DIRECT A 533B NA/W-A WELDS EMA E8018N A0946-1 LOWER SHELL I-16 EMA A 533B C2193-1 LOWER SHELL I-17 EMA A 533B C2220-1 LOWER/INT. SHELL I-14 EMA A 533B C2220-2 LOWER/INT. SHELL I-15 65%

A 533B P2130A LOWER SHELL G-8-3 DIRECT A 302BM P2130B LOWER SHELL G-8-4 DIRECT A 302BM P2074 UPPER SHELL G-307-3 65%

A 302BM 86054B LOWER SHELL AXIAL WELDS 2-564D/F NRC GENERIC ARCS B-5 SAW 86054B LOWER INT SHELL AXIAL WELDS 2-564A/C NRC GENERIC ARCS B-5 SAW 1248 LOWER INT./LOWER SHELL CIRC WELD 3-564 NRC GENERIC ARCS B-5 SAW P2091 UPPER SHELL G-307-10 65%

A 302BM P2112 LOWER SHELL G-8-1 EMA A 302BM P2076 UPPER SHELL G-307-4 EMA A 302BM 5P6214B(T)

1 SHELL AXIAL WELDS BA, BB, BC DIRECT LINDE 124 4P7465(T)

CIRCUMFERENTIAL WELD DIRECT LINDE 124 4P7465(S)

CIRCUMFERENTIAL WELD DIRECT LINDE 124 5P6214B(S)

1 SHELL AXIAL WELDS BA, BB, BC DIRECT LINDE 124 4P7216(T)

CIRCUMFERENTIAL WELD DIRECT LINDE 124 5P5657(T)

2 SHELL AXIAL WELDS BD, BE, BF DIRECT LINDE 124 4P7216(S)

CIRCUMFRENTIAL WELD DIRECT LINDE 124 C3065-1 NUMBER 2 SHELL DIRECT A 533B C3065-2 NUMBER 1 SHELL DIRECT A 533B C3066-2 NUMBER 1 SHELL DIRECT A 533B 5P5657(S)

2 SHELL AXIAL WELDS BD, BE, BF DIRECT LINDE 124 C3121-2 NUMBER 2 SHELL DIRECT A 533B C3147-1 NUMBER 2 SHELL DIRECT A 533B C3147-2 NUMBER 1 SHELL DIRECT A 533B 25531 INT. TO LOWER SHELL CIRC. WELD 04 DIRECT SMIT 89 SAW 4278 NOZZLE TO INT. SHELL CIRC. WELD 05B (ID SISTER PLANT SMIT 89 SAW 990311/298244 INTERMEDIATE SHELL FORGING 04 DIRECT A 508-2 990286/295213 NOZZLE SHELL FORGING 05 SURV PLATE A 508-2 990400/292332 LOWER SHELL FORGING 03 DIRECT A 508-2 25295 NOZZLE TO INT. SHELL CIRC. WELD 05A (OD SISTER PLANT SMIT 89 SAW 716126 INT. TO LOWER SHELL CIRC. WELD 04 DIRECT LW 320 SAW 990598/291396 NOZZLE SHELL FORGING 05 EQ TO FORG A 508-2 990496/292424 INTERMEDIATE SHELL FORGING 04 DIRECT A 508-2 4278 NOZZLE TO INT. SHELL CIRC. WELD 05A (OD SISTER PLANT SMIT 89 SAW

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 990533/297355 LOWER SHELL FORGING 03 DIRECT A 508-2 801 NOZZLE TO INT. SHELL CIRC. WELD 05B (ID EMA SMIT 89 SAW C3265-1 UPPER SHELL DIRECT A 302BM C2800-1 LOWER SHELL B&W GENERIC A 302BM C2800-2 LOWER SHELL DIRECT A 302BM C3278-1 UPPER SHELL B&W GENERIC A 302BM C2197-2 INTERMEDIATE SHELL B&W GENERIC A 302BM AHR54 (ZV2861)

LOWER NOZZLE BELT B&W GENERIC A 508-2 8T1762 UPPER SHELL AXIAL WELDS SA-1493 EMA LINDE 80 8T1762 LOWER SHELL AXIAL WELDS SA-1426 EMA LINDE 80 8T1762 LOWER SHELL AXIAL WELDS SA-1430 EMA LINDE 80 1P0962 INTERMEDIATE SHELL AXIAL WELDS SA-1073 EMA LINDE 80 72445 UPPER/LOWER SHELL CIRC WELD SA-1585 EMA LINDE 80 61782 NOZZLE BELT/INT. SHELL CIRC WELD SA-1135 EMA LINDE 80 71249 INT./UPPER SHL CIRC WELD (INSIDE 61%) SA-EMA LINDE 80 299L44 INT./UPPER SHL CIRC WELD (OUTSIDE 39%)

EMA LINDE 80 AWG-164 (4P1885)

LOWER SHELL FORGING DIRECT A 508-2 AAW-163 (3P2359)

UPPER SHELL FORGING DIRECT A 508-2 AMX-77 (123T382)

LOWER NOZZLE BELT FORGING GENERIC A 508-2 406L44 NB/UPPER SHELL CIRC WELD WF-154 EMA LINDE 80 299L44 MIDDLE CIRC WELD WF-25 EMA LINDE 80 AWS-192/522314 UPPER SHELL DIRECT A 508-2 ANK-191/522194 LOWER SHELL DIRECT A 508-2 4680 LOWER NOZZLE BELT SHELL FORGING GENERIC A 508-2 821T44 LOWER NOZZLE BELT/UPPER SHL CIRC WELD EMA LINDE 80 72442 UPPER/LOWER SHL CIRC WELD (INSIDE 75%)

EMA LINDE 80 72105 UPPER/LOWER SHL CIRC WELD (OUTSIDE EMA LINDE 80 T1937-2 LOWER SHELL G-307-1 65%

A 302B T1937-1 LOWER SHELL G-308-1 EMA A 302B P2136-2 LOWER-INT SHELL G-8-8 65%

A 302B P2150-1 LOWER-INT. SHELL G-8-6 EMA A 302B P2161-1 LOWER-INT. SHELL G-8-7 EMA A 302B 1248 LOWER/LOWER INT. SHELL CIRC WELD 3-564 EMA ARCS B-5 SAW P2076-2 LOWER SHELL G-307-5 EMA A 302B 86054B LOWER-INT. SHELL AXIAL WELDS 2-564D,E,F EMA ARCS B-5 SAW 86054B LOWER SHELL AXIAL WELDS 2-564A,B,C EMA ARCS B-5 SAW B-5294 D-3804-3 65%

A 302BM C-1308A D-3804-1 65%

A 302BM C-1308B D-3804-2 65%

A 302BM 34B009 LOWER SHELL AXIAL WELD 3-112A/C SISTER PLANT LINDE 1092 27204 CIRC. WELD 9-112 SISTER PLANT LINDE 124 W5214 LOWER SHELL AXIAL WELDS 3-112A/C SISTER PLANT LINDE 1092 W5214 INTERMEDIATE SHELL AXIAL WELDS 2-112 A/C SISTER PLANT LINDE 1092 C-1279 D-3803-3 DIRECT A 302BM C-1279 D-3803-1 DIRECT A 302BM A-0313 D-3803-2 65%

A 302BM 62817-1 LOWER SHELL M-4311-2 DIRECT A 533B 62722-1 LOWER SHELL M-4311-3 DIRECT A 533B 4P7869 CIRC. WELD 101-171 DIRECT LINDE 124 90071 LOWER SHELL AXIAL WELDS 101-142A,B,C DIRECT LINDE 0091 62467-1 LOWER SHELL M-4311-1 DIRECT A 533B 4P6052 INTERMEDIATE SHELL AXIAL WELDS 101-DIRECT LINDE 0091 C4188-1 INTERMEDIATE SHELL M-6701-3 DIRECT A 533B C4188-2 INTERMEDIATE SHELL M-6701-2 DIRECT A 533B C4142-1 INTERMEDIATE SHELL M-6701-1 DIRECT A 533B 63464-1 INTERMEDIATE SHELL F-765-5 DIRECT A 533B 63427-1 INTERMEDIATE SHELL F-765-4 DIRECT A 533B 64071-1 LOWER SHELL F-773-1 DIRECT A 533B 4P7869 CIRC WELD 101-171 DIRECT LINDE 124 64065-1 LOWER SHELL F-773-2 DIRECT A 533B 63716-1 INTERMEDIATE SHELL F-765-6 DIRECT A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 89833 INTERMEDIATE SHELL AXIAL WELDS 101-DIRECT LINDE 124 63987-1 LOWER SHELL F-773-3 DIRECT A 533B 3P7317 LOWER SHELL AXIAL WELDS 101-142A,B,C DIRECT LINDE 124 4P7869 CIRC. WELD 101-171 DIRECT LINDE 124 SAW 4P7869 LOWER SHELL AXIAL WELDS 101-142A,B,C DIRECT LINDE 124 SAW 4P7869 INTERMEDIATE SHELL AXIAL WELDS 101-DIRECT LINDE 124 SAW 79011-1 INTERMEDIATE SHELL F-6407-6 DIRECT A 533B 65202-1 INTERMEDIATE SHELL F-6407-4 DIRECT A 533B 79545-1 LOWER SHELL F-6411-1 DIRECT A 533B 79745-1 LOWER SHELL F-6411-2 DIRECT A 533B 79659-1 LOWER SHELL F-6411-3 DIRECT A 533B 65219-1 INTERMEDIATE SHELL F-6407-5 DIRECT A 533B S3986 LOWER TO LOWER-INT SHELL EMA LW 320 SAW C2761-2 LOWER INTERMEDIATE SHELL 65%

A 302BM C2761-1 LOWER SHELL EMA A 302BM C2791-2 LOWER SHELL EMA A 302BM C2873-2 LOWER SHELL EMA A 302BM C2873-1 LOWER INTERMEDIATE SHELL EMA A 302BM C2894-2 LOWER INTERMEDIATE SHELL EMA A 302BM 37C065 AXIAL WELDS B1/3 & C1/3 DIRECT ESW 3P4000 LOWER TO LOWER-INT SHELL 10 F DATA LINDE 124 1P4217 INT. TO LOWER-INT. SHELL 10 F DATA LINDE 124 C4654-1 INTERMEDIATE SHELL 6-146-2 EMA A 302BM C4608-1 INTERMEDIATE SHELL 6-146-5 EMA A 302BM C4689-2 LOWER SHELL 6-146-1 EMA A 302BM C4689-1 INTERMEDIATE SHELL 6-146-4 EMA A 302BM C4627-1 LOWER SHELL 6-146-7 EMA A 302BM C2775-1 LOWER INTERMEDIATE SHELL 6-139-11 EMA A 302BM C4684-2 LOWER SHELL 6-146-3 EMA A 302BM C3103-1 LOWER INTERMEDIATE SHELL 6-139-12 65%

A 302BM C2773-2 LOWER INTERMEDIATE SHELL 6-139-10 EMA A 302BM 37C065 AXIAL WELDS (D1/3, E1/3, F1/3)

DIRECT ESW 626677/C301A27AF AXIAL WELD DIRECT SMAW 627069/C312A27A AXIAL WELD DIRECT SMAW 5P6214B/0331 AXIAL WELD DIRECT LINDE 124 SAW 624063/D228A27A AXIAL WELD DIRECT SMAW C2557-1

2 SHELL PLATES DIRECT A 533B A1155-1

2 SHELL PLATES DIRECT A 533B B6270-1

2 SHELL PLATES DIRECT A 533B 627260/B322A27AE AXIAL WELD DIRECT SMAW C-2957-2 LOWER SHELL G-3109-2 65%

A 533B C-2957-1 LOWER SHELL G-3109-1 65%

A 533B C-2945-1 LOWER INTERMEDIATE SHELL G-3108-2 65%

A 533B C-2945-2 LOWER INTERMEDIATE SHELL G-3108-3 65%

A 533B C-2973-1 LOWER SHELL G-3109-3 65%

A 533B C-2921-2 LOWER INTERMEDIATE SHELL G-3108-1 65%

A 533B 21935 LOWER INT./LOWER SHELL CIRC WELD 1-344 NRC GENERIC LINDE 1092 27204/12008 LOWER SHELL AXIAL WELDS 2-338A,B,C NRC GENERIC LINDE 1092 27204/12008 LOWER INT. SHELL AXIAL WELDS 1-338A,B,C NRC GENERIC LINDE 1092 13253 LOWER INT/UPPER SHELL CIRC WELD 3-339B SURV WELD LINDE 1092 122P237 NOZZLE BELT FORGING 65%

A 508-2 C-1423-1 LOWER SHELL 65%

A 302B 1P0815 INT. SHELL AXIAL WELDS (INSIDE 27%) SA-812 EMA LINDE 80 1P0661 INT. SHELL AXIAL WELDS (OUTSIDE 73%) SA-LINDE 80 8T1762 NOZZLE BELT/INT. SHELL CIRC WELD SA-1426 EMA LINDE 80 A-9811-1 INTERMEDIATE SHELL 65%

A 302B 61782 LOWER SHELL AXIAL WELDS SA-847 EMA LINDE 80 71249 CIRCUMFERENTIAL WELD SA-1101 EMA LINDE 80 122W195 LOWER SHELL FORGING 65%

A 508-2 123V500 INTERMEDIATE SHELL FORGING 65%

A 508-2 123V352 NOZZLE BELTLINE FORGING 65%

A 508-2

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 21935 NOZZLE BELTLINE TO INT. SHELL CIRC. WELD NRC GENERIC LINDE 1092 72442 INTERMEDIATE TO LOWER SHELL CIRC. WELD EMA LINDE 80 21887/38530 LOWER SHELL FORGING D DIRECT A 508-3 21918/38566 INT. SHELL FORGING C DIRECT A 508-3 21744/38384 NOZZLE SHELL FORGING B 65%

A 508-3 1752 CIRC WELD SURV WELD UM89 2269 NOZZLE TO INT. SHELL CIRC. WELD 10 F DATA 22231/39088 NOZZLE SHELL FORGING B 65%

A 508-3 22829 INTERMEDIATE SHELL FORGING C DIRECT A 508-3 22642 LOWER SHELL FORGING D DIRECT A 508-3 2721 CIRCUMFERENTIAL WELD SURV WELD UM 89, SAW 1752 NOZZLE SHELL TO INTERMEDIATE SHELL DIRECT UM 89 A0931-1 LOWER INTERMEDIATE SHELL EMA A 302BM C1498-2 LOWER INTERMEDIATE SHELL EMA A 302BM C1505-2 LOWER INTERMEDIATE SHELL EMA A 302BM A0610-1 LOWER SHELL EMA A 302BM 72445 LOWER INT.TO LOWER SHELL CIRC WELD EMA LINDE 80 C1485-2 LOWER SHELL EMA A 302BM PQ2563 LOWER INTERMDIATE AND LOWER SHELL EMA UNKNOWN, ESW PQ1300 LOWER AND LOWER INTERMEDIATE AXIAL EMA UNKNOWN, ESW B5524-1 LOWER SHELL EMA A 302BM 406L44 LOWER INT. TO LOWER SHELL CIRC WELD EMA LINDE 80 S3986 LOWER INT/LOWER SHELL CIRC WELD EMA LINDE 124 SAW C2868-1 LOWER INTERMEDIATE SHELL EMA A 302BM C2753-2 LOWER INTERMEDIATE SHELL EMA A 302BM C3307-2 LOWER INTERMEDIATE SHELL EMA A 302BM C-1722-2 LOWER SHELL EMA A 302BM C-1516-2 LOWER SHELL EMA A 302BM C-1501-2 LOWER SHELL EMA A 302BM PQ1300 LOWER INTERMEDIATE & LOWER SHELL AXIAL EMA UNKNOWN, ESW 492L4871/A421B27AF AXIAL WELDS DIRECT SMAW 492L4871/A421B27AE AXIAL WELDS DIRECT SMAW C3138-2

2 SHELL PLATES DIRECT A 533B C3054-2

2 SHELL PLATES DIRECT A 533B C3054-1

2 SHELL PLATES DIRECT A 533B 5P6756/0342(T)

AXIAL WELDS DIRECT SAW 5P6756/0342(S)

AXIAL WELDS DIRECT SAW B1250-1 INTERMEDIATE SHELL W10201-6 65%

A 302A B1256-1 INTERMEDIATE SHELL W10201-5 65%

A 302A B1255-1 UPPER SHELL W10201-3 65%

A 302A A6604-1 INTERMEDIATE SHELL W10201-4 EMA A 302A B0650-1 LOWER SHELL W9807-3 65%

A 302A A6623-1 UPPER SHELL W10201-1 EMA A 302A P1444-1 LOWER SHELL W9807-9 65%

A 302A A5891-1 LOWER SHELL W9807-5 65%

A 302A A6520-1 UPPER SHELL W10201-2 65%

A 302A 34B009 LOWER CIRC WELD 11-273 SISTER PLANT LINDE 1092 W5214 UPPER CIRC WELD 10-273 SISTER PLANT LINDE 1092 86054B UPPER SHELL AXIAL WELDS 1-273A,B,C SISTER PLANT ARCOS-B5 86054B LOWER SHELL AXIAL SEAMS 3-273A,B,C SISTER PLANT ARCOS-B5 86054B INTERMEDIATE SHELL AXIAL WELDS 2-SISTER PLANT ARCOS-B5 39B196/34B009(T)

INTERMEDIATE SHELL AXIAL WELD 2-042 C GENERIC LINDE 1092 39B196/34B009(T)

INTERMEDIATE SHELL AXIAL WELDS 2-042 GENERIC LINDE 1092 C-1356-3 LOWER SHELL B2403-3 65%

A 533B C-1356-1 LOWER SHELL B2403-1 65%

A 533B C-1356-2 LOWER SHELL B2403-2 65%

A 533B 34B009 LOWER SHELL AXIAL WELDS 3-042 A&B SISTER PLANT LINDE 1092 34B009 LOWER SHELL AXIAL WELDS 3-042 C SISTER PLANT LINDE 1092 C-1397-2 INTERMEDIATE SHELL B2402-3 DIRECT A 533B 13253 INTERMEDIATE TO LOWER SHELL CIRC WELD SURV WELD LINDE 1092 C-1354-1 INTERMEDIATE SHELL B2402-1 DIRECT A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL C-1354-2 INTERMEDIATE SHELL B2402-2 DIRECT A 533B C-4194-2 INTERMEDIATE SHELL B4712-3 DIRECT A 533B C-4182-2 LOWER SHELL B4713-2 DIRECT A 533B B-8343-1 LOWER SHELL B4713-3 DIRECT A 533B C-4182-1 LOWER SHELL B4713-1 DIRECT A 533B C-4186-2 INTERMEDIATE SHELL B4712-2 DIRECT A 533B C-4173-1 INTERMEDIATE SHELL B4712-1 DIRECT A 533B 90099 INT./LOWER SHELL CIRC WELD 9-442 GENERIC LINDE 0091 21935/12008(T)

LOWER SHELL AXIAL WELD 3-442 B SISTER PLANT LINDE 1092 21935/12008(T)

LOWER SHELL AXIAL WELDS 3-442 A&C SISTER PLANT LINDE 1092 13253/20291(T)

INTERMEDIATE SHELL AXIAL WELDS 2-442 A GENERIC LINDE 1092 13253/20291(T)

INTERMEDIATE SHELL AXIAL WELDS 2-442 GENERIC LINDE 1092 4P6052 INT. SHELL AXIAL WELDS 101-124A/C SURV WELD LINDE 0091 4P6052 LOWER SHELL AXIAL WELDS 101-142A/C SURV WELD LINDE 0091 4P6052 INT./LOWER SHELL CIRC. WELD 101-171 SURV WELD LINDE 0091 C4036-2 INTERMEDIATE SHELL R1806-1 DIRECT A 533B D1081-3 LOWER SHELL R1808-1 DIRECT A 533B D1081-2 LOWER SHELL R1808-2 DIRECT A 533B A2749-2 INTERMEDIATE SHELL R1806-2 DIRECT A 533B D1136-2 LOWER SHELL R1808-3 DIRECT A 533B C4197-1 INTERMEDIATE SHELL R1806-3 DIRECT A 533B 980919/281587 LOWER SHELL FORGING 04 DIRECT A 508-2 980807/281489 INTERMEDIATE SHELL 05 FORGING DIRECT A 508-2 25295 CIRC WELD DIRECT SMIT 89 4278 CIRC WELD DIRECT SMIT 89 288757/981057 INTERMEDIATE SHELL FORGING 05 DIRECT A 508-2 990469/293323 LOWER SHELL FORGING 04 65%

A 508-2 5P6771 CIRC. WELD SURV WELD LINDE 124 4P4784 INT. AND LOWER AXIAL WELDS DIRECT LINDE 124 C9924-1 LOWER SHELL DIRECT A 533B-1 C9924-2 LOWER SHELL DIRECT A 533B-1 A9153-1 INTERMEDIATE SHELL DIRECT A 533B-1 B4197-2 INTERMEDIATE SHELL DIRECT A 533B-1 BOLA INTERMEDIATE SHELL AXIAL WELD 2-203C 0 & 10 F DATA E 8018 BOLA INTERMEDIATE SHELL AXIAL WELD 2-203B 0 & 10 F DATA E 8018 BOLA INTERMEDIATE SHELL AXIAL WELD 2-203A 0 & 10 F DATA E 8018 83637 LOWER SHELL AXIAL WELD 3-203B 10 F DATA LINDE 0091 83637 LOWER SHELL AXIAL WELD 3-203A 10 F DATA LINDE 0091 83637 LOWER SHELL AXIAL WELD 3-203C 10 F DATA LINDE 0091 90130 INT./LOWER SHELL CIRC WELD 9-203 DIRECT LINDE 0091 C-7595-1 INTERMEDIATE SHELL C-6404-3 DIRECT A 533B-1 C-7596-1 INTERMEDIATE SHELL C-6404-1 DIRECT A 533B-1 C-7596-2 LOWER SHELL C-6404-6 DIRECT A 533B-1 C-7595-2 INTERMEDIATE SHELL C-6404-2 DIRECT A 533B-1 A-6735-1 LOWER SHELL C-6404-4 DIRECT A 533B-1 C-7585-1 LOWER SHELL C-6404-5 DIRECT A 533B-1 10137 UPPER/INT. SHELL CIRC WELD 8-203 10 F DATA LINDE 0091 90136 UPPER/INT CIRC WELD 8-203 10 F DATA LINDE 0091 83650 INTERMEDIATE SHELL AXIAL WELDS 2-203C 20 F DATA LINDE 0091 83650 INTERMEDIATE SHELL AXIAL WELDS 2-203A 20 F DATA LINDE 0091 88114 LOWER SHELL AXIAL WELDS 3-203B DIRECT LINDE 0091 88114 LOWER SHELL AXIAL WELDS 3-203A DIRECT LINDE 0091 88114 LOWER SHELL AXIAL WELDS 3-203C DIRECT LINDE 0091 C-9218-1 LOWER SHELL C-6802-5 DIRECT A 533B C-9218-2 INTERMEDIATE SHELL C-6802-2 DIRECT A 533B 90144 INT/LOWER SHELL CIRC WELD 9-203 DIRECT LINDE 124 88118 UPPER/INT. SHELL CIRC WELD 8-203 10 F DATA LINDE 0091 83650 INTERMEDIATE SHELL AXIAL WELDS 2-203B 20 F DATA LINDE 0091 C-9220-1 LOWER SHELL PLATE C-6802-4 DIRECT A 533B 90069 INT./LOWER SHELL CIRC WELD 9-203 DIRECT LINDE 124 C-9195-1 INTERMEDIATE SHELL C-6802-3 DIRECT A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL C-9195-2 INTERMEDIATE SHELL C-6802-1 DIRECT A 533B B-3388-1 LOWER SHELL C-6802-6 DIRECT A 533B 89476 INT. SHELL AXIAL WELDS DIRECT LINDE 0091 89476 LOWER SHELL AXIAL WELDS DIRECT LINDE 0091 89476 CIRC WELD DIRECT LINDE 124 B-8120-1 INTERMEDIATE SHELL R1606-2 DIRECT A 533B B-8120-2 INTERMEDIATE SHELL R1606-1 DIRECT A 533B B-9566-2 LOWER SHELL R1622-1 DIRECT A 533B C-4326-2 INTERMEDIATE SHELL R1606-3 DIRECT A 533B B-9575-1 LOWER SHELL R1622-3 DIRECT A 533B B-9575-2 LOWER SHELL R1622-2 DIRECT A 533B NR 64 647-1 LOWER SHELL R3022-1 DIRECT A 533B NR 64 445-1 LOWER SHELL R3022-3 DIRECT A 533B NR 64 627-1 LOWER SHELL R3022-2 DIRECT A 533B NR 62 067-1 INTERMEDIATE SHELL R2507-1 DIRECT A 533B 90209 INTERMEDIATE SHELL AXIAL WELDS G3.0 DIRECT LINDE 0091 90209 LOWER SHELL AXIAL WELDS DIRECT LINDE 124 90209 CIRC WELD DIRECT LINDE 124 NR 62 248-1 INTERMEDIATE SHELL R2507-3 DIRECT A 533B NR 62 230-1 INTERMEDIATE SHELL R2507-2 DIRECT A 533B A-4567-2 INTERMEDIATE SHELL C-7-3 65%

A 533B B-9427-1 INTERMEDIATE SHELL C-7-2 65%

A 533B A-4567-1 INTERMEDIATE SHELL C-7-1 65%

A 533B C-5935-3 LOWER SHELL C-8-3 65%

A 533B C-5935-1 LOWER SHELL C-8-1 65%

A 533B C-5935-2 LOWER SHELL C-8-2 DIRECT A 533B A8746/34B009(T)

INTERMEDIATE SHELL AXIAL WELDS 2-203 GENERIC LINDE 124 90136 INT./LOWER SHELL CIRC WELD 9-203 SURV WELD LINDE 0091 305424 LOWER SHELL AXIAL WELDS 3-203 SISTER PLANT LINDE 1092 83637 INT SHELL AXIAL WELDS 101-124C DIRECT LINDE 0091 83637 LOWER SHELL AXIAL WELDS 101-142A,B,C DIRECT LINDE 0091 83637 INT./LOWER SHELL CIRC WELD 101-171 DIRECT LINDE 124 83642 INTERMEDIATE SHELL AXIAL WELDS 101-DIRECT LINDE 0091 B-8307-2 LOWER SHELL M-4116-1 DIRECT A 533B 3P7317 INT/LOWER SHELL CIRC WELD 101-171 DIRECT LINDE 124 A-3131-2 LOWER SHELL M-4116-3 DIRECT A 533B A-3131-1 LOWER SHELL M-4116-2 DIRECT A 533B A-8490-1 INTERMEDIATE SHELL M-605-3 DIRECT A 533B A-8490-2 INTERMEDIATE SHELL M-605-1 DIRECT A 533B B-3416-2 INTERMEDIATE SHELL M-605-2 DIRECT A 533B 4P4784 WELDS DIRECT LINDE 124 C9923-1 LOWER SHELL DIRECT A 533B C9923-2 LOWER SHELL DIRECT A 533B A9153-2 INTERMEDIATE SHELL DIRECT A 533B A9154-1 INTERMEDIATE SHELL DIRECT A 533B C4415-2 LOWER SHELL 65%

A 533B C4415-1 LOWER SHELL DIRECT A 533B C4326-2 INTERMEDIATE SHELL 65%

A 533B C4326-1 INTERMEDIATE SHELL DIRECT A 533B 122V109VA1 NOZZLE SHELL FORGING 65%

A 508-2 8T1554 LOWER SHELL AXIAL WELD L1 SA-1494 EMA LINDE 80 8T1554 INT. SHELL AXIAL WELDS L3 AND L4 SA-1494 EMA LINDE 80 72445 INT. TO LOW. SHELL CIRC. WELD SA-1585(ID SISTER PLANT LINDE 80 72445 INT. TO LOW. SHELL CIRC. WELD SA-1650(OD EMA LINDE 80 25017 ROTTERDAM NOZZLE TO INT. SHELL CIRC WELD J726 EMA LINDE 80 299L44 LOWER SHELL AXIAL WELDS L2 SA-1526 SURV WELD LINDE 80 C4339-1 LOWER SHELL 65%

A 533B C4339-2 INTERMEDIATE SHELL 65%

A 533B 123V303VA1 NOZZLE SHELL FORGING 65%

A 508-2 C4331-2 INTERMEDIATE SHELL DIRECT A 533B C4208-2 LOWER SHELL 65%

A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL 0227 RDAM INT. TO LOWER SHELL CIRC. WELD R3008 SURV WELD LINDE 80 8T1762 LOW. SHELL AXIAL WELDS L1 AND L2 WF-4 & -

EMA LINDE 80 8T1762 INT. SHELL AXIAL WELD L4 WF-4 (ID 50%)

EMA LINDE 80 72445 INT. SHELL AXIAL WELDS L3 (100%), L4 (OD SISTER PLANT LINDE 80 4275 RDAM NOZZLE TO INT. SHELL CIRC. WELD L737 EMA LINDE 80 402C4371/C115A27A WELD 10 F DATA SMAW 412P3611/J417B27AF WELD DIRECT SMAW 411L3071/L311A27AF WELD DIRECT SMAW 402K9171/K315A27AE WELD DIRECT SMAW 401S0371/B504B27AE WELD DIRECT SMAW 629616/L320A27AG WELD DIRECT SMAW 494K2351/L307A27AD WELD DIRECT SMAW C0803-1 LOWER INTERMEDIATE SHELL 22-1 EMA A 533B-1 C2433-1 LOWER INTERMEDIATE SHELL 22-3 65%

A 533B-1 C0776-1 LOWER INTERMEDIATE SHELL 22-2 EMA A 533B-1 C0814-2 LOWER SHELL 21-3 10 F DATA A 533B-1 B5083-1 LOWER SHELL 21-1 EMA A 533B-1 C0770-2 LOWER SHELL 21-2 EMA A 533B-1 402C4371/C115A27A WELD 10 F DATA SMAW 09M057/C109A27A WELD EMA LINDE 124 412P3611/J417B27AF WELD DIRECT SMAW 411L3071/L311A27AF WELD DIRECT SMAW 402K9171/K315A27AE WELD DIRECT SMAW 401S0371/B504B27AE WELD DIRECT SMAW 629616/L320A27AG WELD DIRECT SMAW 659N315/F414B27AF WELD DIRECT SMAW 494K2351/L307A27AD WELD DIRECT SMAW 624263/E204A27A WELD 40 F DATA SMAW 6C980-1-1 LOWER SHELL 21-2 40 F DATA A 533B-1 6C1053-1-1 LOWER SHELL 21-3 40 F DATA A 533B-1 C2433-2 LOWER INTEMEDIATE SHELL 22-3 EMA A 533B-1 6C956-1-1 LOWER SHELL 21-1 40 F DATA A 533B-1 C2929-1 LOWER INTERMEDIATE SHELL 22-2 65%

A 533B-1 C2421-3 LOWER INTERMEDIATE SHELL 22-1 EMA A 533B-1 ARY 059 LOWER NOZZLE GENERIC A 508-2 C2789-1 UPPER SHELL GENERIC A 533B-1 C2789-2 UPPER SHELL DIRECT A 533B-1 C3251-1 LOWER SHELL GENERIC A 533B-1 C3307-1 LOWER SHELL DIRECT A 533B-1 8T1762 UPPER SHELL AXIAL WELDS WF-8 EMA LINDE 80 SAW 72105 NOZZLE BELT/UPPER SHELL CIRC WELD WF-EMA LINDE 80 SAW 299L44 LOWER SHELL AXIAL WELD (INNER 37%) (SA-EMA LINDE 80 SAW 299L44 LOWER SHELL AXIAL WELD (100%) (SA-1526)

EMA LINDE 80 SAW 299L44 UPPER/LOWER SHELL CIRC WELD WF-25 EMA LINDE 80 SAW 123P461VA1 INTERMEDIATE SHELL FORGING 65%

A 508-2 123S266VA1 LOWER SHELL FORGING 65%

A 508-2 122S146VA1 UPPER SHELL FORGING 65%

A 508-2 71249 INT. TO LOWER SHELL CIRC WELD SA-1101 LINDE 80 SAW 72442 UPPER/INT. SHELL CIRC WELD SA-1484 EMA LINDE 80 SAW 123P481VA1 INTERMEDIATE SHELL FORGING 65%

A 508-2 122S180VA1 LOWER SHELL FORGING 65%

A 508-2 124S309VA1 NOZZLE BELT FORGING 65%

A 508-2 71249 INT./LOWER SHELL CIRC WELD SA-1101 LINDE 80 72442 NOZZLE/INT. SHELL CIRC WELD (INSIDE EMA LINDE 80 72105 NOZZLE/INT. SHELL CIRC WELD(OUTSIDE LINDE 80 NA/W-A WELDS EMA E 8018 C3017-2 LOCATION UNKNOWN 1-14 65%

A 533B C2640-1 LOCATION UNKNOWN 1-17 EMA A 533B C2653-3 LOCATION UNKNOWN 1-16 EMA A 533B C3116-2 LOCATION UNKNOWN 1-15 EMA A 533B 83653 AXIAL AND GIRTH WELDS DIRECT LINDE 0091

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL C-2146-1 LOWER SHELL B8606-1 DIRECT A 533B C-2146-2 LOWER SHELL B8606-2 DIRECT A 533B C-0623-1 INTERMEDIATE SHELL B8805-3 DIRECT A 533B C-2085-2 LOWER SHELL B8606-3 DIRECT A 533B C-0613-1 INTERMEDIATE SHELL B8805-1 DIRECT A 533B C-0613-2 INTERMEDIATE SHELL B8805-2 DIRECT A 533B C-3500-2 LOWER SHELL B8628-1 DIRECT A 533B C-3552-1 INTERMEDIATE SHELL R4-3 DIRECT A 533B 87005 AXIAL WELDS DIRECT LINDE 0091 87005 CIRC WELD DIRECT LINDE 124 C-3527-2 INTERMEDIATE SHELL R4-2 DIRECT A 533B C-3500-1 LOWER SHELL B8825-1 DIRECT A 533B C-4304-1 LOWER SHELL R8-1 DIRECT A 533B C-3527-1 INTERMEDIATE SHELL R4-1 DIRECT A 533B 56512-1 INTERMEDIATE SHELL M-1003-2 65%

A 533B 56484-1 INTERMEDIATE SHELL M-1003-3 65%

A 533B 56488-1 INTERMEDIATE SHELL M-1003-1 65%

A 533B BOLA/HODA INTERMEDIATE SHELL AXIAL WELDS 101-DIRECT E 8018 83653 LOWER SHELL AXIAL WELDS 101-142A/C DIRECT LINDE 0091 57286-1 LOWER SHELL M-1004-2 65%

A 533B 57326-1 LOWER SHELL M-1004-1 65%

A 533B 57359-1 LOWER SHELL M-1004-3 65%

A 533B 88114 INT./LOWER SHELL CIRC WELD 101-171 DIRECT LINDE 0091 895075 CIRC WELD DIRECT GRAU LO 528522 LOWER SHELL 04 65%

A 508-2 527536 INTERMEDIATE SHELL 05 EMA A 508-2 3P4966(T)

RING 21 AXIAL WELDS BA/BB/BC/BD EMA LINDE 124 3P4966(S)

RING 21 AXIAL WELDS BA/BB/BC/BD EMA LINDE 124 3P4955(S)

CIRCUMFERENTIAL WELD AB DIRECT LINDE 124 3P4966(S)

RING 22 AXIAL WELDS BE/BF/BG/BH EMA LINDE 124 3P4955(T)

CIRCUMFERENTIAL WELD AB DIRECT LINDE 124 3P4966(T)

RING 22 AXIAL WELDS BE/BF/BG/BH EMA LINDE 124 5P6756(S)

CIRCUMFERENTIAL WELD AB DIRECT LINDE 124 5P6756(T)

CIRCUMFERENTIAL WELD AB DIRECT LINDE 124 C1336-1

2 RING EMA A 533B CL1 B5301-1

2 RING EMA A 533B CL1 C1273-2

1 RING EMA A 533B CL1 C1273-1

1 RING EMA A 533B CL1 C1337-1

2 RING EMA A 533B CL1 C1337-2

2 RING EMA A 533B CL1 C1272-2

1 RING EMA A 533B CL1 C1272-1

1 RING EMA A 533B CL1 90146 INT. AND LOWER SHELL AXIAL WELDS G2.06 DIRECT LINDE 0091 90146 INT./LOWER SHELL CIRC WELD E3.16 SURV WELD LINDE 124 NR61 783-1 INTERMEDIATE SHELL R2005-2 DIRECT A 533B NR61 836-1 INTERMEDIATE SHELL R2005-1 DIRECT A 533B NR61 799-1 INTERMEDIATE SHELL R2005-3 DIRECT A 533B C4840-2 LOWER SHELL R2508-2 DIRECT A 533B C4935-2 LOWER SHELL R2508-3 DIRECT A 533B B8759-2 LOWER SHELL R2508-1 DIRECT A 533B ANA 102 UPPER SHELL FORGING 65%

A 508-2 B7835-1 INTERMEDIATE SHELL DIRECT A 533B C3795-2 INTERMEDIATE SHELL 65%

A 533B B7823-1 LOWER SHELL 65%

A 533B C3799-2 LOWER SHELL 65%

A 533B 8T1762 LOWER/ INT. SHELL AXIAL WELDS WF-8 EMA LINDE 80 8T1762 INTERMEDIATE SHELL AXIAL WELDS WF-4 EMA LINDE 80 406L44A UPPER CIRC WELD WF-154 EMA LINDE 80 72105 MIDDLE CIRC WELD WF-70 EMA LINDE 80 ZV 3855 LOWER NOZZLE BELT FORGING GENERIC A 508-2 B8029-1 LOWER SHELL 65%

A 533B

HEAT ID BELTLINE IDENTITY UMETHOD BASEMETAL C4007-1 LOWER SHELL DIRECT A 533B B8006-1 INT. SHELL 65%

A 533B B8040-1 INT. SHELL 65%

A 533B 821T44 NOZZLE BELT/INT. SHELL CIRC WELD WF-200 EMA LINDE 80 72102 LOWER INT. SHELL AXIAL WELD WF-29 EMA LINDE 80 71249 INT./LOWER SHELL CIRC WELD SA-1769 EMA LINDE 80 72105 LOWER SHELL AXIAL WELDS WF-70 EMA LINDE 80

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.03 0.7 0.009 0.015 0.15 0.52 0.01 0.016 0.15 0.52 0.01 0.016 0.17 0.55 0.014 0.013 0.17 0.55 0.014 0.013 8T1762 LINDE 80 0.19 0.57 0.004 0.017 8T1762 LINDE 80 0.19 0.57 0.004 0.017 821T44 LINDE 80 0.24 0.63 0.014 0.013 406L44 LINDE 80 0.27 0.59 0.016 0.015 83650 LINDE 0091 0.045 0.087 0

0 10120 LINDE 0091 0.046 0.082 0

0 0.08 0.653 0.003 0.007 0.083 0.668 0.003 0.008 0.085 0.585 0.006 0.008 0.085 0.6 0.009 0.011 0.096 0.58 0.009 0.011 0.098 0.605 0.01 0.014 10137 LINDE 0091 0.216 0.043 0

0 0.14 0.57 0.015 0.015 0.14 0.62 0.015 0.016 0.14 0.62 0.015 0.016 0.2 0.54 0.01 0.015 90136 LINDE 0091 0.269 0.07 0.013 0.01 305424 LINDE 1092 0.273 0.629 0.013 0.01 305414 LINDE 1092 0.337 0.609 0.012 0.01 83642 LINDE 0091 0.047 0.085 0

0 83642 LINDE 0091 0.047 0.085 0

0 0.06 0.57 0.01 0.016 0.07 0.53 0

0 0.07 0.57 0

0 0.08 0.58 0

0 0.1 0.18 0

0 UNKNOWN ARCOS B-5 0.28 0.2 0

0 442011 LINDE 80 0.03 0.67 0.012 0.01 0.04 0.71 0.008 0.008 0.04 0.74 0.007 0.006 H4498 LINDE 80 0.042 0.46 0.01 0.007 0.05 0.73 0.008 0.007 31401 LINDE 80 0.193 0.58 0.013 0.014 442011 LINDE 80 0.03 0.67 0.012 0.01 0.03 0.71 0.007 0

1084-18 LINDE 80 0.038 0.6 0.011 0.011 0.04 0.9 0.005 0.007 H4498 LINDE 80 0.042 0.46 0

0 0.056 0.767 0.006 0.004 0.08 0.5 0.009 0.014 0.09 0.48 0.007 0.009 0.12 0.53 0.008 0.015 0.14 0.5 0.009 0.01 0.14 0.6 0.01 0.014 0.15 0.44 0.005 0.016 UNKNOWN ESW 0.24 0.37 0.016 0

406L44 LINDE 80 0.27 0.6 0.015 0.021 D55733 YF-200 0.09 0.65 0.014 0.005 0.11 0.5 0.01 0.015 0.13 0.51 0.012 0.014

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.14 0.55 0.007 0.011 0.16 0.52 0.008 0.013 0.16 0.52 0.008 0.013 0.17 0.48 0.008 0.015 UNKNOWN ESW 0.24 0.37 0.016 0

D55733 & D51852 YF-200 0.09 0.67 0.013 0.006 0.1 0.48 0.007 0.007 0.13 0.51 0.01 0.015 0.13 0.58 0.009 0.015 0.13 0.6 0.007 0.017 0.14 0.66 0.009 0.013 0.15 0.52 0.015 0.015 UNKNOWN ESW 0.24 0.37 0.016 0

S3986 LINDE 124 0.05 0.96 0.019 0.016 1P4218 LINDE 124 0.06 0.87 0.015 0.012 0.11 0.6 0.01 0.014 0.12 0.56 0.01 0.015 0.12 0.58 0.012 0.015 0.16 0.82 0

0 0.16 0.82 0

0 0.19 0.58 0.013 0.016 3P4000 LINDE 124 0.02 0.9 0.01 0.015 S3986 LINDE 124 0.05 0.96 0.019 0.016 0.11 0.6 0.01 0.014 0.12 0.57 0.009 0.015 0.12 0.6 0

0 0.15 0.54 0.012 0.016 0.16 0.82 0

0 0.16 0.82 0

0 442011 LINDE 80 0.03 0.67 0.012 0.015 442002 LINDE 80 0.04 0.63 0.004 0.016 0.04 0.64 0.014 0.009 0.04 0.74 0.01 0.009 0.05 0.72 0.01 0.009 31401 LINDE 80 0.193 0.58 0.011 0.019 0.01 0.7 0.007 0.007 442011 LINDE 80 0.03 0.67 0.012 0.01 442002 LINDE 80 0.04 0.63 0.01 0.013 0.05 0.74 0.014 0.007 0.06 0.73 0.008 0.009 31401 LINDE 80 0.193 0.58 0.015 0.015 90077 LINDE 0091 0.04 0.06 0.005 0

90077 LINDE 0091 0.04 0.06 0.005 0.016 90077 LINDE 124 0.04 0.06 0.005 0.016 0.05 0.58 0.008 0

0.06 0.57 0.007 0

0.06 0.61 0.008 0

0.06 0.62 0.01 0

0.07 0.58 0.006 0.016 0.08 0.62 0.006 0

0.11 0.53 0.008 0.014 0.11 0.55 0.011 0.014 0.11 0.56 0.009 0.014 0.12 0.64 0.011 0.014 0.12 0.64 0.011 0.016 0.13 0.54 0.01 0.016 21935 LINDE 1092 0.18 0.72 0.015 0.011 20291 & 12008 LINDE 1092 0.22 0.83 0.01 0.008 33A277 LINDE 0091 0.24 0.16 0.014 0.011 0.11 0.56 0.007 0.018 0.11 0.74 0.006 0.012

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.14 0.55 0.005 0.017 0.14 0.66 0.005 0.01 0.15 0.56 0.006 0.015 0.15 0.6 0.005 0.011 A8746 LINDE 124 0.16 0.1 0.012 0.018 10137 LINDE 0091 0.21 0.06 0.014 0.009 33A277 LINDE 0091 0.24 0.16 0.014 0.011 895075 GRAU LO 0.04 0.72 0.01 0.01 0.05 0.83 0.008 0.008 0.09 0.86 0.004 0.006 83648 LINDE 0091 0.042 0.153 0.005 0

83648 LINDE 0091 0.042 0.153 0.005 0

0.045 0.6 0.01 0

0.057 0.56 0.009 0

0.057 0.593 0.006 0

0.057 0.593 0.007 0

0.08 0.61 0.009 0

0.082 0.62 0.012 0.013 3P4955 & 3478 LINDE 124 0.02 0.97 0.014 0.01 3P4955 & 0342 LINDE 124 0.023 0.95 0.016 0.01 3P4955 & 0342 LINDE 124 0.025 0.9 0.016 0.011 3P4955 & 0951 LINDE 124 0.03 0.89 0.012 0.011 3P4955 & 3478 LINDE 124 0.03 0.9 0.015 0.01 3P4955 & 0951 LINDE 124 0.03 0.93 0.014 0.016 431T1831 UNKNOWN 0.03 0.98 0.013 0.015 0.05 0.64 0.012 0.015 0.06 0.62 0.013 0.011 0.07 0.63 0.013 0.011 5P6756 UNKNOWN 0.08 0.96 0.008 0.012 0.1 0.64 0.011 0

76492 UNKNOWN 0.1 1.08 0.016 0.013 0.11 0.66 0.012 0

88112 LINDE 0091 0.045 0.2 0.004 0.006 88112 LINDE 0091 0.045 0.2 0.004 0.006 88112 LINDE 0091 0.045 0.2 0.004 0.006 0.05 0.59 0.006 0.012 0.05 0.68 0.007 0

0.06 0.64 0.01 0

0.06 0.65 0.01 0

0.07 0.64 0.008 0

0.08 0.64 0.008 0

0.03 0.65 0

0 0.04 0.63 0

0 89833 LINDE 124 0.046 0.059 0

0 89833 LINDE 0091 0.046 0.059 0

0 0.05 0.59 0

0 0.05 0.6 0

0 0.06 0.64 0

0 0.12 0.52 0.016 0.025 0.12 0.59 0.012 0.014 0.14 0.45 0.006 0.018 0.14 0.46 0.007 0.018 0.14 0.48 0.008 0.013 0.14 0.5 0.01 0.014 0.14 0.55 0.01 0.014 0.15 0.49 0.008 0.015 0.15 0.49 0.009 0.015 13253 & 12008 LINDE 1092 0.21 0.873 0.013 0.015 13253 & 12008 LINDE 1092 0.21 0.873 0.013 0.015

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 13253 & 12008 LINDE 1092 0.21 0.873 0.013 0.015 20291 LINDE 1092 0.216 0.737 0.008 0.009 1P3571 LINDE 1092 0.283 0.755 0.017 0.009 S3986 LINDE 124 0.05 0.937 0.019 0.015 S3986 LINDE 124 0.05 0.937 0.019 0.015 S3986 LINDE 124 0.05 0.937 0.019 0.015 0.11 0.64 0.011 0.015 0.125 0.58 0.013 0.015 0.14 0.59 0.012 0.014 0.15 0.57 0.014 0.014 0.13 0.65 0.01 0.016 0.17 0.58 0.01 0.017 0.2 0.68 0.009 0.017 0.2 0.68 0.01 0.018 21935 LINDE 1092 0.2 0.69 0.016 0.01 0.21 0.73 0.009 0.015 0.21 0.73 0.01 0.014 27204 & 12008 LINDE 1092 0.219 0.996 0.013 0.007 12420 LINDE 1092 0.27 1.035 0

0 0.12 0.58 0.013 0.015 0.12 0.58 0.013 0.015 0.13 0.72 0.007 0.016 8T1554 LINDE 80 0.18 0.63 0.016 0.016 8T1762 LINDE 80 0.19 0.57 0.009 0.009 8T1762 LINDE 80 0.19 0.57 0.015 0.013 0.2 0.54 0.008 0.016 0.2 0.54 0.008 0.016 71249 LINDE 80 0.23 0.59 0.02 0.014 72105 LINDE 80 0.32 0.58 0.018 0.009 0.02 0.81 0.011 0.011 0.04 0.68 0.007 0.009 0.04 0.77 0.004 0.006 8T3914 LINDE 80 0.18 0.62 0.016 0.011 T29744 LINDE 80 0.21 0.65 0.021 0.015 821T44 LINDE 80 0.24 0.63 0.014 0.013 0.1 0.46 0.011 0.012 0.12 0.56 0.01 0.013 0.12 0.56 0.01 0.013 0.13 0.5 0.013 0.015 0.13 0.56 0.011 0.014 0.14 0.53 0.013 0.015 21935 LINDE 1092 0.183 0.704 0.015 0.01 27204 LINDE 1092 0.203 1.018 0.016 0.025 27204 LINDE 1092 0.203 1.018 0.016 0.025 27204 LINDE 1092 0.203 1.018 0.016 0.025 27204 LINDE 1092 0.203 1.018 0.016 0.025 10120 LINDE 0091 0.04 0.03 0.011 0.008 0.1 0.62 0.01 0.014 0.14 0.56 0.01 0.018 0.14 0.56 0.011 0.018 0.14 0.59 0.012 0.016 0.15 0.62 0.01 0.015 0.15 0.62 0.013 0.015 21935 & 12008 LINDE 1092 0.22 0.87 0.018 0.011 21935 & 12008 LINDE 1092 0.22 0.87 0.018 0.011 21935 & 12008 LINDE 1092 0.22 0.87 0.018 0.011 33A277 LINDE 124 0.258 0.165 0.015 0.011 33A277 LINDE 124 0.258 0.165 0.015 0.011 33A277 LINDE 124 0.258 0.165 0.015 0.011 0.1 0.5 0.01 0.015 1P0815 LINDE 80 0.17 0.52 0.017 0.015

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 1P0815 LINDE 80 0.17 0.52 0.019 0.015 1P0661 LINDE 80 0.17 0.64 0.024 0.019 0.18 0.51 0.016 0.04 0.2 0.55 0.006 0.013 0.2 0.55 0.007 0.017 0.2 0.58 0.009 0.018 0.2 0.59 0.009 0.015 0.23 0.55 0.01 0.024 71249 LINDE 80 0.23 0.59 0.02 0.011 UNKNOWN ESW 0.24 0.37 0

0 UNKNOWN ESW 0.24 0.37 0.015 0.016 0.11 0.5 0.01 0.019 0.15 0.49 0.01 0.02 0.22 0.49 0.008 0.018 0.22 0.5 0.005 0.02 0.23 0.49 0.006 0.017 UNKNOWN ESW 0.24 0.37 0.015 0.017 0.24 0.47 0.009 0.02 299L44/8650 LINDE 80 0.34 0.68 0.007 0.013 432Z4521 E 8018 0.01 0.98 0.018 0.017 CTY538 E 8018 0.03 0.83 0.02 0.018 09L853 SMAW 0.03 0.88 0.014 0.017 432Z0471 E 8018 0.03 0.91 0.017 0.019 07L669 SMAW 0.03 1.02 0.014 0.016 0.09 0.51 0.012 0.012 0.13 0.47 0.012 0.015 0.15 0.61 0.011 0.014 0.15 0.64 0.008 0.01 0.12 0.56 0.014 0.015 0.13 0.6 0.011 0.013 0.14 0.55 0.015 0.015 0.14 0.56 0.015 0.018 90099 LINDE 0091 0.197 0.06 0.022 0.012 6329637 LINDE 0091 0.205 0.105 0.011 0.014 33A277 LINDE 1092 0.258 0.165 0.015 0.01 BOLA SMAW 0.027 0.913 0

0 HODA SMAW 0.027 0.947 0.009 0.01 83640 LINDE 0091 0.051 0.096 0.006 0.011 0.13 0.56 0.01 0.014 0.14 0.57 0.015 0.015 0.14 0.6 0.01 0.013 5P5622 LINDE 0091 0.153 0.077 0.016 0.018 0.2 0.6 0.018 0.016 0.08 0.62 0.01 0.01 0.09 0.55 0.01 0.015 0.1 0.55 0.014 0.016 0.11 0.57 0.01 0.015 0.12 0.56 0.011 0.018 0.12 0.61 0.011 0.015 0.12 0.61 0.012 0.016 10137 LINDE 0091 0.23 1

0.016 0.01 13253 & 12008 LINDE 1092 0.26 0.87 0.013 0

33A277 LINDE 124 0.32 0.5 0.016 0.011 0.11 0.56 0.015 0.017 0.11 0.6 0.011 0.016 0.12 0.5 0.015 0.017 0.13 0.6 0.015 0.017 0.14 0.57 0.012 0.015 0.18 0.57 0.008 0.015 13253 & 12008 LINDE 1092 0.21 0.873 0

0 27204 & 12008 LINDE 1092 0.219 0.996 0

0

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 305414 LINDE 1092 0.337 0.609 0

0 0.1 0.48 0.009 0.014 0.1 0.56 0.01 0.011 0.1 0.56 0.01 0.013 0.11 0.51 0.009 0.012 0.12 0.56 0.011 0.015 0.12 0.6 0.009 0.012 51989 LINDE 124 0.17 0.165 0.012 0.01 27204 LINDE 1092 0.203 1.018 0

0 13253 & 12008 LINDE 1092 0.21 0.873 0

0 20291 LINDE 1092 0.216 0.737 0.013 0.011 27204 & 12008 LINDE 1092 0.219 0.996 0.013 0.011 13253 LINDE 1092 0.221 0.732 0

0 0.05 0.68 0.01 0.011 0.07 0.68 0.01 0.006 61782 LINDE 80 0.25 0.56 0

0 61782 LINDE 80 0.25 0.56 0.012 0.012 71249 LINDE 80 0.26 0.61 0.021 0.014 0.35 0.68 0.01 0.008 5P6214B LINDE 124 0.02 0.82 0.013 0

626677 SMAW 0.03 1.04 0.015 0

0.04 0.59 0.012 0.015 0.04 0.63 0.012 0.012 0.04 0.63 0.012 0.012 0.04 0.65 0.007 0.014 627260 SMAW 0.06 1.08 0.02 0

0.1 0.2 0.01 0.014 0.1 0.2 0.016 0.016 0.11 0.2 0.012 0.017 0.11 0.2 0.013 0.015 0.12 0.2 0.01 0.021 0.12 0.2 0.012 0.02 0.12 0.2 0.013 0.01 0.14 0.2 0.015 0.02 0.15 0.2 0.012 0.014 86054B ARCOS B-5 0.22 0.1 0.016 0

9565 & 86054B ARCOS B-5 0.22 0.1 0.016 0.017 86054B ARCOS B-5 0.22 0.1 0.02 0

86054B ARCOS B-5 0.22 0.1 0.02 0

1248 ARCOS B-5 0.22 0.2 0.02 0.02 0.13 0.58 0.015 0.015 0.13 0.64 0.011 0.014 0.13 0.64 0.011 0.014 0.13 0.7 0.01 0.013 0.14 0.57 0.009 0.012 0.17 0.62 0.011 0.013 90099 LINDE 0091 0.197 0.06 0.022 0.012 13253 LINDE 1092 0.221 0.732 0.023 0

33A277 LINDE 0091 0.258 0.165 0.017 0.012 1P2809 LINDE 1092 0.27 0.735 0.013 0

1P2815 LINDE 1092 0.316 0.724 0.013 0.009 4P6052 LINDE 0091 0.047 0.049 0.011 0.009 0.08 0.53 0.012 0.019 0.08 0.57 0.01 0.018 0.08 0.58 0.01 0.016 0.08 0.58 0.01 0.016 0.08 0.58 0.01 0.017 0.11 0.48 0.013 0.018 51874 LINDE 0091 0.147 0.037 0.009 0.006 10137 LINDE 0091 0.216 0.043 0.016 0.01 504-01205 SMAW 0.01 0.51 0

0

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 504-01205 UNKNOWN 0.01 0.51 0.011 0.005 519-01205 SMAW 0.01 0.53 0

0 519-01205 SMAW 0.01 0.53 0

0 001-01205 SMAW 0.02 0.51 0

0 0.07 0.56 0.01 0.012 0.07 0.58 0.009 0.008 0.08 0.56 0.01 0.008 0.08 0.57 0.008 0.01 D53040 YF-200 0.08 0.59 0.01 0.004 D53040 YF-200 0.08 0.59 0.01 0.004 D53040 YF-200 0.08 0.59 0.012 0.003 510-01205 0.09 0.54 510-01205 SMAW 0.09 0.54 0

0 510-01205 SMAW 0.09 0.54 0

0 0.09 0.54 0.01 0.011 0.09 0.58 0.009 0.014 0.09 0.64 0.012 0.008 0.1 0.58 0.01 0.01 D53040 YF-200 0.1 0.68 0

0 D55733 YF-200 0.1 0.68 0.013 0.003 0.12 0.8 0.14 0.82 0.15 0.71 0.012 0.009 0.15 0.44 0.014 0.02 0.19 0.48 0.01 0.021 34B009 LINDE 1092 0.192 1.007 0.01 0.017 0.2 0.59 0.011 0.02 0.2 0.66 0.011 0.025 0.21 0.62 0.01 0.013 W5214 LINDE 1092 0.213 1.007 0.021 0.021 W5214 LINDE 1092 0.213 1.007 0.021 0.021 0.19 0.47 0.012 0.026 34B009 LINDE 1092 0.192 1.007 0.012 0

34B009 LINDE 1092 0.192 1.007 0.012 0

0.2 0.49 0.011 0.025 0.2 0.5 0.01 0.023 0.22 0.52 0.011 0.015 0.22 0.53 0.015 0.019 13253 LINDE 1092 0.221 0.732 0.023 0

0.24 0.52 0.012 0.024 0.06 0.71 0.01 0.011 0.06 0.75 0.01 0.009 1P3571 LINDE 1092 0.287 0.756 0.016 0.011 0.11 0.58 0.012 0.013 0.11 0.59 0.01 0.013 0.12 0.51 0.012 0.014 0.12 0.54 0.011 0.012 0.12 0.66 0.014 0.013 0.13 0.68 0.01 0.015 0.15 0.49 0.011 0.015 0.15 0.5 0.011 0.015 0.15 0.51 0.012 0.014 4P6519 LINDE 1092 0.18 0.06 0.009 0.009 21935 LINDE 1092 0.21 0.68 0.016 0.011 12008 LINDE 1092 0.235 0.975 0.012 0.011 6329637 LINDE 1092 0.24 1

0.011 0.014 12008 LINDE 1092 0.27 1

0.008 0.009 305424 LINDE 1092 0.3 0.64 0.013 0.01 305414 LINDE 1092 0.337 0.609 0.012 0.01 1P3571 LINDE 1092 0.37 0.75 0.017 0.011

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 3P400 LINDE 124 0.02 0.93 0.012 0.01 3P4966 LINDE 124 0.03 0.92 0.011 0.014 5P6771 LINDE 124 0.04 0.94 0.013 0.011 0.07 0.49 0.008 0.02 0.09 0.51 0.013 0.015 0.11 0.5 0.008 0.018 0.12 0.5 0.015 0.019 0.12 0.51 0.009 0.02 0.12 0.51 0.009 0.02 3P4000 LINDE 124 0.02 0.928 0.015 0.012 662A746 SMAW 0.03 0.88 0.021 0.017 09M057 & C109A27A SMAW 0.03 0.89 0.009 0.021 07L857 & B101A27A SMAW 0.03 0.97 0.012 0.017 1P4218 LINDE 124 0.053 0.89 0.01 0.011 S3986 LINDE 124 0.054 0.969 0.019 0.016 5P6756 SMAW 0.083 0.943 0.008 0.012 640892 & J424B27AE SMAW 0.09 1

0.015 0.018 0.11 0.48 0.007 0.014 0.11 0.48 0.01 0.014 0.11 0.48 0.01 0.014 0.11 0.5 0.016 0.016 0.12 0.51 0.011 0.015 0.12 0.51 0.011 0.015 03M014 & C118A27A SMAW 0.01 0.94 0.012 0.015 661A746 & H013A27A SMAW 0.03 0.88 0.021 0.017 09M057 & C109A27A SMAW 0.03 0.89 0.009 0.021 07L857 & B101A27A SMAW 0.03 0.97 0.012 0.017 432A2671 & H019A27A SMAW 0.04 1.08 0.019 0.014 640892 & J424B27AE SMAW 0.09 1

0.015 0.018 0.11 0.51 0.009 0.018 0.11 0.56 0.012 0.018 0.11 0.56 0.012 0.018 0.13 0.58 0.009 0.016 0.14 0.65 0.009 0.015 0.15 0.6 0.006 0.02 0.12 0.62 0.01 0.013 0.13 0.65 0.007 0.01 0.15 0.59 0.013 0.013 51989 LINDE 124 0.17 0.17 0

0 0.17 0.56 0.009 0.015 13253 & 12008 LINDE 1092 0.22 0.84 0

0 0.23 0.62 0.007 0.01 0.24 0.62 0.008 0.011 1P3571 LINDE 1092 0.31 0.76 0.015 0.012 83640 LINDE 0091 0.051 0.096 0.006 0

0.1 0.51 0.009 0.015 0.1 0.55 0.01 0.014 0.11 0.61 0.01 0.016 0.11 0.66 0.015 0.015 0.14 0.58 0.009 0.016 0.14 0.61 0.011 0.106 20291 & 12008 LINDE 1092 0.199 0.846 0.011 0.008 21935 & 12008 LINDE 1092 0.213 0.867 0.015 0

895075 GRAU LO 0.039 0.724 0.016 0.015 0.15 0.88 0.004 0.007 0.153 0.793 0.012 0.014 0.19 0.51 0.008 0.025 0.21 0.45 0.01 0.02 0.21 0.49 0.011 0.023 34B009 LINDE 1092 0.21 1.03 0.018 0.014 W5214 LINDE 1092 0.21 1.2 0.021 0.012

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S W5214 LINDE 1092 0.21 1.2 0.021 0.012 0.22 0.49 0.011 0.027 0.23 0.44 0.01 0.018 0.23 0.52 0.01 0.02 0.13 0.61 0.006 0.015 0.13 0.62 0.007 0.018 0.13 0.62 0.008 0.015 0.14 0.66 0.005 0.012 A8746 LINDE 124 0.15 0.13 0.018 0.012 A8746 LINDE 124 0.15 0.13 0.018 0.012 0.15 0.6 0.006 0.014 0.15 0.61 0.007 0.018 10137 LINDE 0091 0.22 0.04 0.013 0.009 10137 LINDE 0091 0.22 0.04 0.014 0.018 33A277 LINDE 0091 0.258 0.165 0

0 90136 LINDE 0091 0.27 0.07 0

0 4P6052 LINDE 0091 0.05 0.05 0.011 0.009 0.05 0.64 0.01 0.01 0.05 0.64 0.014 0.012 0.05 0.65 0.009 0.01 0.06 0.61 0.007 0.023 0.07 0.6 0.008 0.018 0.08 0.63 0.006 0.019 UNKNOWN SMAW 0.1 0.99 0

0 0.14 0.56 0.01 0.016 0.17 0.5 0.01 0.01 0.17 0.65 0.01 0.014 0.17 0.65 0.01 0.014 0.178 0.573 0.018 0.022 0.178 0.573 0.018 0.022 0.2 0.48 0.018 0.034 86054B ARCOS B-5 0.214 0.046 0.015 0.02 86054B ARCOS B-5 0.214 0.046 0.015 0.02 1248 ARCOS B-5 0.214 0.076 0.015 0.02 0.22 0.51 0.018 0.026 0.236 0.503 0.031 0.026 0.27 0.53 0.019 0.03 5P6214B LINDE 124 0.014 0.7 0.011 0.014 4P7465 LINDE 124 0.02 0.8 0.012 0.014 4P7465 LINDE 124 0.02 0.82 0.01 0.013 5P6214B LINDE 124 0.02 0.82 0.013 0.017 4P7216 LINDE 124 0.035 0.82 0.011 0.012 5P5657 LINDE 124 0.04 0.89 0.016 0.02 4P7216 LINDE 124 0.045 0.8 0.011 0.011 0.06 0.63 0.01 0.015 0.06 0.63 0.01 0.015 0.07 0.64 0.012 0.015 5P5657 LINDE 124 0.07 0.71 0.015 0.021 0.09 0.65 0.012 0.015 0.11 0.63 0.012 0.015 0.11 0.63 0.012 0.015 25531 SMIT 89 0.098 0.124 0.02 0.012 4278 SMIT 89 0.12 0.11 0.02 0

0.12 0.82 0.01 0.019 0.16 0.74 0.013 0.012 0.16 0.83 0.009 0.014 25295 SMIT 89 0.35 0.13 0.02 0

716126 LW 320 0.069 0.051 0.017 0.011 0.08 0.77 0.01 0.013 0.1 0.845 0.018 0.011 4278 SMIT 89 0.12 0.11 0

0

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.13 0.83 0.013 0.017 801 SMIT 89 0.18 0.11 0.012 0.012 0.1 0.5 0.015 0.015 0.11 0.63 0.012 0.017 0.11 0.63 0.012 0.017 0.12 0.6 0.01 0.016 0.15 0.5 0.008 0.01 0.16 0.65 0.006 0.01 8T1762 LINDE 80 0.19 0.57 0.017 0.01 8T1762 LINDE 80 0.19 0.57 0.017 0.013 8T1762 LINDE 80 0.19 0.57 0.017 0.015 1P0962 LINDE 80 0.21 0.64 0.025 0.017 72445 LINDE 80 0.22 0.54 0.016 0.016 61782 LINDE 80 0.23 0.52 0.011 0.013 71249 LINDE 80 0.23 0.59 0.021 0.012 72445 LINDE 80 0.34 0.68 0

0 0.02 0.8 0.01 0.01 0.04 0.75 0.006 0.012 0.13 0.76 0.006 0.009 406L44 LINDE 80 0.27 0.59 0.013 0.016 299L44 LINDE 80 0.34 0.68 0.015 0.016 0.01 0.73 0.011 0.015 0.02 0.76 0.014 0.012 0.13 0.91 0.009 0.012 821T44 LINDE 80 0.24 0.63 0.01 0.015 72442 LINDE 80 0.26 0.6 0.021 0.016 8T1554 LINDE 80 0.32 0.58 0.016 0.016 0.17 0.11 0.011 0.022 0.17 0.11 0.011 0.022 0.18 0.46 0.006 0.024 0.2 0.51 0.013 0.026 0.21 0.48 0.019 0.021 1248 ARCOS B-5 0.22 0.2 0.015 0.02 0.27 0.53 0.019 0.03 86054B ARCOS B-5 0.35 0.2 0.013 0.02 86054B ARCOS B-5 0.35 0.2 0.015 0.02 0.12 0.55 0.01 0.01 0.19 0.48 0.016 0.022 0.19 0.5 0.015 0.02 34B009 LINDE 1092 0.192 0.98 0

0 27204 LINDE 124 0.203 1.018 0.013 0.012 W5214 LINDE 1092 0.213 1.01 0.019 0.016 W5214 LINDE 1092 0.213 1.01 0.019 0.016 0.24 0.5 0.011 0.02 0.24 0.51 0.009 0.02 0.24 0.52 0.01 0.023 0.03 0.62 0.005 0.007 0.03 0.64 0.004 0.005 4P7869 LINDE 124 0.031 0.096 0.013 0.009 90071 LINDE 0091 0.035 0.079 0.005 0.006 0.04 0.65 0.004 0.003 4P6052 LINDE 0091 0.047 0.049 0.01 0.008 0.06 0.61 0.004 0.016 0.06 0.61 0.004 0.017 0.07 0.66 0.005 0.018 0.03 0.65 0.004 0.007 0.03 0.67 0.003 0.005 0.03 0.67 0.003 0.008 4P7869 LINDE 124 0.031 0.096 0.012 0.009 0.04 0.64 0.003 0.008 0.04 0.67 0.002 0.004

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S MIL B-4 LINDE 124 0.046 0.059 0.008 0.012 0.05 0.66 0.004 0.009 3P7317 LINDE 124 0.074 0.067 0.009 0.011 4P7869 LINDE 124 0.031 0.096 0.008 0.011 4P7869 LINDE 124 0.031 0.096 0.008 0.012 4P7869 LINDE 124 0.031 0.096 0.01 0.008 0.04 0.61 0.002 0.004 0.04 0.62 0.002 0.005 0.04 0.64 0.004 0.007 0.04 0.65 0.004 0.013 0.04 0.66 0.007 0.018 0.05 0.61 0.002 0.005 S3986 LW 320 0.056 0.96 0.019 0.015 0.11 0.54 0.011 0.015 0.11 0.54 0.011 0.015 0.12 0.52 0.01 0.018 0.12 0.57 0.01 0.018 0.12 0.57 0.01 0.018 0.13 0.42 0.013 0.018 37C065 ESW 0.182 0.181 0.015 0.013 3P4000 LINDE 124 0.02 0.934 0.015 0.014 1P4217 LINDE 124 0.102 0.942 0.017 0.018 0.11 0.55 0.01 0.015 0.12 0.55 0.011 0.015 0.12 0.56 0.011 0.016 0.12 0.56 0.011 0.016 0.12 0.57 0.015 0.016 0.13 0.46 0.01 0.018 0.13 0.58 0.013 0.016 0.14 0.6 0.011 0.016 0.15 0.49 0.012 0.018 37C065 ESW 0.182 0.181 0.015 0.013 626677 & C301A27AF SMAW 0.01 0.85 0.015 0.022 627069 & C312A27A SMAW 0.01 0.94 0.013 0.019 5P6214B & 0331 LINDE 124 0.02 0.82 0.013 0.017 624063 & D228A27A SMAW 0.03 1

0.009 0.018 0.06 0.61 0.01 0.025 0.06 0.63 0.01 0.013 0.06 0.63 0.012 0.015 627260 & B322A27AE SMAW 0.06 1.08 0.02 0.022 0.1 0.47 0.011 0.017 0.1 0.48 0.007 0.017 0.1 0.65 0.013 0.013 0.1 0.66 0.014 0.012 0.11 0.63 0.012 0.018 0.14 0.6 0.012 0.015 21935 LINDE 1092 0.183 0.704 0.012 0

27204 & 12008 LINDE 1092 0.219 0.996 0.01 0

13253 LINDE 1092 0.221 0.732 0.013 0

0.11 0.82 0.01 0.008 0.12 0.07 0.016 0.02 1P0815 LINDE 80 0.17 0.52 0.017 0.015 1P0661 LINDE 80 0.17 0.64 8T1762 LINDE 80 0.19 0.57 0.017 0.013 0.2 0.06 0.01 0.02 61782 LINDE 80 0.23 0.52 0.012 0.012 71249 LINDE 80 0.23 0.59 0.021 0.014 0.05 0.72 0.01 0.008 0.09 0.7 0.01 0.008 0.11 0.73 0.01 0.01

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 21935 LINDE 1092 0.18 0.7 0

0 72442 LINDE 80 0.26 0.6 0.018 0.015 0.07 0.66 0.012 0.006 0.07 0.8 0.013 0.005 0.08 0.68 0.012 0.009 1752 UM89 0.13 0.13 0.017 0.014 2269 0.15 0.15 0.017 0.012 0.07 0.73 0.008 0.01 0.07 0.75 0.01 0.014 0.08 0.67 0.011 0.013 2721 UM89 0.09 0.11 0.019 0.014 UM 89 0.13 0.13 0.019 0.013 0.14 0.51 0.01 0.015 0.17 0.5 0.015 0.023 0.18 0.52 0.008 0.02 0.21 0.51 0.01 0.023 72445 LINDE 80 0.22 0.54 0.01 0.012 0.23 0.5 0.01 0.022 UNKNOWN ESW 0.24 0.37 0

0 UNKNOWN ESW 0.24 0.37 0.015 0.017 0.27 0.57 0.012 0.024 406L44 LINDE 80 0.27 0.59 0.024 0.006 S3986 LINDE 124 0.05 0.96 0.019 0.016 0.08 0.48 0.013 0.015 0.08 0.5 0.009 0.014 0.12 0.55 0.01 0.016 0.14 0.54 0.008 0.01 0.16 0.46 0.009 0.022 0.18 0.49 0.018 0.02 UNKNOWN ESW 0.24 0.37 0.015 0.017 492L4871 & A421B27AF SMAW 0.03 0.98 0.02 0.02 492L4871 & A421B27AE SMAW 0.04 0.95 0.018 0.025 0.08 0.63 0.012 0.015 0.09 0.7 0.007 0.012 0.09 0.7 0.007 0.02 5P6756/0342 LINDE 124 0.09 0.92 0.01 0.012 5P6756/0342 LINDE 124 0.09 0.93 0.01 0.011 0.09 0.09 0.01 0.015 0.1 0.12 0.01 0.021 0.11 0.08 0.006 0.019 0.12 0.09 0.007 0.019 0.12 0.1 0.012 0.02 0.13 0.11 0.01 0.017 0.14 0.15 0.015 0.02 0.15 0.1 0.012 0.014 0.15 0.25 0.009 0.017 34B009 LINDE 1092 0.19 0.98 0

0 W5214 LINDE 1092 0.208 1.01 0.021 0.014 86054B ARCOS B-5 0.22 0.054 0.016 0.017 86054B ARCOS B-5 0.22 0.054 0.016 0.017 86054B ARCOS B-5 0.22 0.054 0.016 0.017 30B196/34B009 LINDE 1092 0.176 1.038 0.016 0.016 39B196 & 34B009 LINDE 1092 0.176 1.038 0.016 0.016 0.19 0.48 0.01 0.018 0.19 0.48 0.011 0.018 0.19 0.49 0.012 0.018 34B009 LINDE 1092 0.192 1.038 0.012 0.016 34B009 LINDE 1092 0.192 1.038 0.012 0.016 0.22 0.51 0.011 0.025 13253 LINDE 1092 0.221 0.732 0.023 0.014 0.24 0.53 0.01 0.013

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.24 0.53 0.01 0.014 0.11 0.57 0.01 0.016 0.12 0.57 0.01 0.015 0.12 0.58 0.012 0.014 0.12 0.6 0.01 0.015 0.12 0.62 0.015 0.011 0.13 0.56 0.012 0.016 90099 LINDE 0091 0.197 0.06 0.021 0.013 21935 & 12008 LINDE 1092 0.213 0.867 0.015 0.011 21935 & 12008 LINDE 1092 0.213 0.867 0.015 0.011 13253 & 20291 LINDE 1092 0.219 0.735 0.019 0.012 13253 & 20291 LINDE 1092 0.219 0.735 0.019 0.012 4P6052 LINDE 0091 0.037 0.057 0.008 0.007 4P6052 LINDE 0091 0.037 0.057 0.008 0.007 4P6052 LINDE 0091 0.037 0.057 0.008 0.007 0.045 0.61 0.012 0.012 0.06 0.58 0.005 0.01 0.06 0.58 0.007 0.012 0.06 0.64 0.007 0.009 0.07 0.59 0.007 0.01 0.075 0.63 0.007 0.012 0.13 0.76 0.02 0.016 0.15 0.86 0.011 0.019 25295 SMIT 89 0.35 0.11 0.021 0.009 4278 SMIT 89 0.13 0.11 0.016 0.013 0.13 0.74 0.018 0.018 0.14 0.76 0.012 0.014 5P6771 LINDE 124 0.03 0.94 0.013 0.011 4P4784 LINDE 124 0.05 0.91 0.012 0.013 0.08 0.47 0.005 0.014 0.08 0.47 0.005 0.015 0.09 0.46 0.007 0.015 0.09 0.5 0.006 0.017 BOLA SMAW 0.03 0.9 0.009 0.017 BOLA SMAW 0.03 0.91 0.009 0.016 BOLA SMAW 0.03 0.95 0.01 0.016 83637 LINDE 0091 0.04 0.06 0.01 0.011 83637 LINDE 0091 0.05 0.12 0.011 0.011 83637 LINDE 0091 0.06 0.11 0.01 0.011 90130 LINDE 0091 0.07 0.29 0.009 0.007 0.1 0.56 0.008 0.014 0.1 0.56 0.009 0.013 0.1 0.58 0.008 0.012 0.1 0.59 0.01 0.015 0.1 0.62 0.013 0.013 0.11 0.64 0.015 0.013 10137 LINDE 0091 0.23 1

0.012 0.01 90136 LINDE 0091 0.31 1

0 0

83650 LINDE 0091 0.04 0.08 0.006 0.01 83650 LINDE 0091 0.04 0.17 0.006 0.01 88114 LINDE 0091 0.04 0.19 0.007 0.005 88114 LINDE 0091 0.04 0.21 0.007 0.005 88114 LINDE 0091 0.04 0.21 0.007 0.005 0.04 0.55 0.012 0.013 0.04 0.57 0.01 0.013 90144 LINDE 124 0.05 0.04 0

0 88118 LINDE 0091 0.05 0.17 0

0 83650 LINDE 0091 0.05 0.21 0.006 0.01 0.05 0.56 0.011 0.013 90069 LINDE 124 0.06 0.04 0.01 0.009 0.06 0.58 0.011 0.012

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.06 0.58 0.011 0.013 0.06 0.62 0.011 0.014 89476 LINDE 0091 0.022 0.071 0.004 0

89476 LINDE 0091 0.022 0.071 0.004 0.01 89476 LINDE 124 0.022 0.071 0.007 0

0.04 0.61 0.008 0.013 0.04 0.63 0.009 0

0.05 0.61 0.006 0

0.05 0.62 0.007 0

0.05 0.66 0.007 0

0.07 0.64 0.006 0

0.03 0.63 0.002 0

0.04 0.6 0.004 0

0.04 0.61 0.003 0

0.04 0.65 0.006 0

90209 LINDE 0091 0.044 0.126 0.009 0.006 90209 LINDE 124 0.044 0.126 0.01 0.011 90209 LINDE 124 0.044 0.126 0.01 0.011 0.05 0.61 0.005 0

0.05 0.64 0.006 0

0.11 0.58 0.004 0.012 0.11 0.64 0.004 0.01 0.11 0.64 0.004 0.013 0.12 0.58 0.004 0.01 0.15 0.56 0.006 0.01 0.15 0.57 0.006 0.01 A8746 & 34B009 LINDE 124 0.19 0.09 0.018 0.017 90136 LINDE 0091 0.27 0.07 0.013 0.012 305424 LINDE 1092 0.27 0.63 0.016 0.008 83637 LINDE 0091 0.05 0.07 0

0 83637 LINDE 0091 0.05 0.07 0

0 83637 LINDE 124 0.05 0.07 0

0 83642 LINDE 0091 0.05 0.09 0

0 0.06 0.57 0

0 3P7317 LINDE 124 0.07 0.07 0

0 0.07 0.6 0

0 0.11 0.61 0

0 0.13 0.62 0

0 4P4784 LINDE 124 0.05 0.91 0.013 0.012 0.08 0.41 0.005 0.014 0.08 0.41 0.005 0.015 0.09 0.45 0.006 0.016 0.1 0.51 0.009 0.015 0.11 0.5 0.014 0.014 0.11 0.5 0.014 0.014 0.11 0.55 0.008 0.015 0.11 0.55 0.008 0.015 0.11 0.74 0.01 0.011 8T1554 LINDE 80 0.16 0.57 0.015 0.012 8T1554 LINDE 80 0.16 0.57 0.015 0.012 72445 LINDE 80 0.22 0.54 0.016 0.016 72445 LINDE 80 0.22 0.54 0.018 0.014 25017 LINDE 80 0.33 0.1 0

0 299L44 LINDE 80 0.34 0.68 0.013 0.017 0.11 0.54 0.009 0.015 0.11 0.54 0.012 0.014 0.11 0.72 0.01 0.01 0.12 0.6 0.012 0.014 0.15 0.55 0.008 0.013

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0227 LINDE 80 0.19 0.55 0.017 0.016 8T1762 LINDE 80 0.19 0.57 0.017 0.011 8T1762 LINDE 80 0.19 0.57 0.017 0.011 72445 LINDE 80 0.22 0.54 0.016 0.016 4275 LINDE 80 0.35 0.1 0

0 402C4371 & C115A27A SMAW 0.02 0.92 0.009 0.014 412P3611 & J417B27AF SMAW 0.03 0.93 0.016 0.019 411L3071 & L311A27AF SMAW 0.03 0.93 0.016 0.019 402K9171 & K315A27AE SMAW 0.03 0.98 0.005 0.016 401S0371 & B504B27AE SMAW 0.03 1.04 0.013 0.012 629616 & L320A27AG SMAW 0.04 0.99 0.015 0.018 494K2351 & L307A27AD SMAW 0.04 1.1 0.015 0.017 0.09 0.53 0.009 0.019 0.1 0.63 0.009 0.015 0.12 0.48 0.01 0.01 0.13 0.51 0.011 0.016 0.14 0.48 0.01 0.019 0.14 0.5 0.008 0.016 402C4371 & C115A27A SMAW 0.02 0.92 0.009 0.014 09M057 & C109A27A LINDE 124 0.03 0.89 0.009 0.021 412P3611 & J417B27AF SMAW 0.03 0.93 0.016 0.019 411L3071 & L311A27AF SMAW 0.03 0.93 0.016 0.019 402K9171 & K315A27AE SMAW 0.03 0.98 0.015 0.016 401S0371 & B504B27AE SMAW 0.03 1.04 0.013 0.012 629616 & L320A27AG SMAW 0.04 0.99 0.015 0.018 659N315 & F414B27AF SMAW 0.04 1

0.015 0.013 494K2351 & L307A27AD SMAW 0.04 1.1 0.015 0.017 624263 & E204A27A SMAW 0.06 0.89 0.01 0.023 0.1 0.56 0.011 0.006 0.1 0.58 0.012 0.01 0.1 0.63 0.009 0.015 0.11 0.55 0.012 0.006 0.13 0.64 0.006 0.015 0.13 0.68 0.007 0.011 0.08 0.72 0.006 0.008 0.09 0.57 0.01 0.017 0.09 0.57 0.01 0.017 0.11 0.5 0.012 0.013 0.12 0.55 0.01 0.016 8T1762 LINDE 80 0.19 0.57 0.009 0.009 72105 LINDE 80 0.32 0.58 0.018 0.009 299L44 LINDE 80 0.34 0.68 0.013 0.017 299L44 LINDE 80 0.34 0.68 0.015 0.016 299L44 LINDE 80 0.34 0.68 0.015 0.016 0.06 0.7 0.01 0.01 0.08 0.68 0.01 0.008 0.11 0.68 0.01 0.013 71249 LINDE 80 0.23 0.59 0.021 0.014 72442 LINDE 80 0.26 0.6 0.018 0.015 0.05 0.68 0.01 0.01 0.06 0.74 0.01 0.009 0.11 0.7 0.01 0.012 71249 LINDE 80 0.23 0.59 0.021 0.014 72442 LINDE 80 0.26 0.6 0.021 0.016 72105 LINDE 80 0.32 0.58 UNKNOWN SMAW 0.04 1

0 0

0.11 0.63 0.014 0

0.12 0.61 0

0 0.13 0.59 0

0 0.14 0.66 0

0 83653 LINDE 0091 0.042 0.102 0.008 0.009

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.053 0.593 0.005 0.01 0.057 0.6 0.009 0.016 0.062 0.598 0.01 0.013 0.067 0.623 0.007 0.012 0.083 0.597 0.004 0.011 0.083 0.61 0.004 0.011 0.05 0.59 0.009 0.014 0.05 0.6 0.009 0.012 87005 LINDE 0091 0.054 0.151 0.007 0.011 87005 LINDE 124 0.054 0.151 0.008 0.012 0.06 0.61 0.009 0.009 0.06 0.62 0.006 0.014 0.07 0.63 0.007 0.012 0.07 0.63 0.009 0.01 0.02 0.67 0.006 0.007 0.02 0.7 0.007 0.009 0.02 0.71 0.004 0.01 BOLA & HODA SMAW 0.02 0.96 0.01 0.016 83653 LINDE 0091 0.03 0.2 0.007 0.009 0.03 0.58 0.005 0.005 0.03 0.62 0.006 0.008 0.03 0.62 0.007 0.007 88114 LINDE 0091 0.05 0.16 0.008 0.008 895075 GRAU LO 0.05 0.7 0.01 0.01 0.08 0.83 0.006 0.01 0.17 0.8 0.012 0.016 3P4966 LINDE 124 0.02 0.92 0.011 0.014 3P4966 LINDE 124 0.02 0.92 0.011 0.014 3P4955 LINDE 124 0.023 0.95 0

0 3P4966 LINDE 124 0.03 0.88 0.011 0.014 3P4955 LINDE 124 0.03 0.9 0

0 3P4966 LINDE 124 0.03 0.9 0.011 0.014 5P6756 LINDE 124 0.08 0.93 0

0 5P6756 LINDE 124 0.09 0.92 0

0 0.13 0.5 0.017 0.013 0.14 0.5 0.017 0.014 0.14 0.6 0.014 0.018 0.14 0.6 0.014 0.018 0.15 0.51 0.018 0.013 0.15 0.51 0.018 0.013 0.15 0.6 0.013 0.02 0.15 0.6 0.013 0.02 90146 LINDE 0091 0.04 0.08 0.005 0.011 90146 LINDE 124 0.04 0.08 0.007 0.011 0.04 0.64 0.007 0

0.04 0.66 0.008 0

0.05 0.63 0.007 0

0.06 0.64 0.008 0

0.07 0.62 0.008 0.01 0.09 0.67 0.009 0

0.06 0.35 0

0.012 0.12 0.49 0.01 0.011 0.12 0.49 0.01 0.015 0.13 0.48 0.013 0.016 0.15 0.5 0.01 0.014 8T1762 LINDE 80 0.2 0.55 0.009 0.009 8T1762 LINDE 80 0.2 0.55 0.017 0.011 406L44 LINDE 80 0.31 0.59 0.013 0.016 72105 LINDE 80 0.35 0.59 0.018 0.009 0.09 0.66 0.008 0.005 0.12 0.51 0.01 0.014

HEATWIRE FLUXTYPE

%Cu

%Ni

%P

%S 0.12 0.53 0.01 0.016 0.12 0.54 0.01 0.015 0.14 0.52 0.008 0.014 821T44 LINDE 80 0.24 0.63 0.01 0.015 72102 LINDE 80 0.25 0.63 0

0 71249 LINDE 80 0.26 0.61 0.02 0.014 72105 LINDE 80 0.35 0.59 0.018 0.009

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 20 64.8 0.476 0.79 3

86.48 105.6 34 0.517 0.858 0

135.06 105.6 34 0.525 0.871

-10 125.48 122.75 34 0.517 0.858

-10 141.47 122.75 34 0.525 0.871

-10 141.96 152.35 68.47 0.365 0.606

-5 194.49 152.35 68.47 0.366 0.607

-5 194.49 158.3 48.34 0.476 0.79

-5 191.19 182.55 68.47 0.504 0.835

-5 236.71 34.13 56 3.278 5.26

-10 94.19 33.97 65.51 3.278 5.26

-56 57.48 33.97 65.51 3.278 5.26

-56 57.48 51 34 3.278 5.26

-30 76.01 53.1 34 3.278 5.26

-28 80.98 54.5 34 3.278 5.26 12 122.95 54.5 34 3.278 5.26 0

110.95 62.2 34 3.278 5.26 0

121.83 63.64 34 3.278 5.26

-26 97.86 98.31 56 0.447 0.717

-60 85.17 98.65 34 1.885 3.024 20 181.55 100.5 34 1.952 3.132 43 207.75 100.5 34 1.952 3.132 73 237.75 159.86 34 1.885 3.024 27 267.7 123.72 65.51 1.885 3.024

-56 169.48 198.42 44.05 0.449 0.721

-56 168.22 209.11 65.51 0.449 0.721

-56 199.38 15.17 16 0.754 1.21

-30 1.97 15.17 20.4 2.4 3.85

-30 10.85 35.46 17 2.4 3.85 40 104.8 44 34 2.4 3.85 60 153.31 44 34 2.4 3.85 33 126.31 51 34 2.4 3.85 28 130.75 80.72 38.01 3.622 5.011 30 181.26 80.72 38.01 3.622 5.011 30 181.26 80.72 38.01 3.622 5.011 30 181.26 87.97 38.01 3.622 5.011 30 191.43 138 65.51 3.622 5.011

-56 203.12 138 65.51 3.622 5.011

-56 203.12 21.15 18.9 1.345 2.239 40 84.66 26 20.9 0.299 0.498 10 51.83 22.02 17 1.345 2.239

-20 23.82 56.66 45.6 0.299 0.498

-25 66.21 31 34 1.345 2.239

-30 41.76 154.8 17 0.006 0.01

-40

-5.969999 21.15 18.8 1.32 2.199 40 84.48 20 24.3 1.32 2.199

-30 18.58 51.4 5.7 0.006 0.01

-16

-4.65 26 20 0.261 0.435 30 69.99 56.66 43.6 0.261 0.435

-25 62.17 34.6 34 1.32 2.199

-30 46 51 18.6 0.052 0.0762 2

39.22 58 21.2 0.052 0.0762 30 72.37 81.6 29.8 0.052 0.0762 14 73.58 95.5 34 0.052 0.0762

-10 58.86 100 34 0.052 0.0762

-20 50.5 101.2 34 0.052 0.0762

-20 50.94 140.55 57.5 0.052 0.0762 23.1 131.9 184 59.5 0.052 0.0762 20 146.66 116.75 50.9 0.076 0.11

-40 61.8 73 31.8 0.076 0.11

-10 53.63 88.3 34 0.076 0.11 0

72.5

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 97.75 34 0.076 0.11

-10 66.62 112.4 34 0.076 0.11

-20 63.01 112.4 34 0.076 0.11

-10 73.00999 116.8 34 0.076 0.11

-20 64.92 140.55 59.46 0.076 0.11 23.1 143.84 117.45 51.2 0.076 0.11

-40 62.41 65 28.3 0.076 0.11

-20 36.64 88.3 34 0.076 0.11

-20 52.5 90.4 34 0.076 0.11

-20 53.41 91 34 0.076 0.11

-20 53.68 101.5 34 0.076 0.11

-4 74.25 105.6 34 0.076 0.11 10 90.04 140.55 59.46 0.076 0.11 23.1 143.84 68 27.3 0.067 0.09263 10 64.64 82 35.2 0.077 0.10619 10 80.38 74 31.8 0.077 0.10619 10 73.55 82.2 34 0.099 0.13556 10 83.46 82.6 34 0.077 0.10619 34 103.44 123.2 34 0.038 0.05196 48 118.84 123.2 34 0.038 0.05196 48 118.84 139.8 34 0.099 0.13556 10 111.1 27 11.4 0.074 0.102 10 32.77 68 26.8 0.065 0.08899 10 63.59 74 31.2 0.074 0.10201 10 72.35 82.4 34 0.095 0.13022 10 82.89 83 34 0.095 0.13022 10 83.18 106.7 34 0.074 0.10201 10 88.92 123.2 34 0.036 0.04992 40 109.97 123.2 34 0.036 0.04992 40 109.97 15.48 13.1 0.35 0.583 10 36.24 54.78 28 1.171 1.95

-30 62.75 26 30.7 1.171 1.95 10 71.43 30.31 34 1.171 1.95 40 109.83 31 26.3 0.35 0.583 30 82.62 154.8 17 0.006 0.01 10 44.03 20 23.8 1.195 1.99

-20 27.56 15.48 12.5 0.302 0.503 40 65.01 54.78 28 1.177 1.96 10 102.86 31 25 0.302 0.503 10 60.05 37 34 1.195 1.99

-20 57.96 154.8 17 0.006 0.01 40 74.03 43.65 56 1.226 2.042

-60 48.16 43.65 56 0.701 1.167

-60 41.53 43.65 56 1.245 2.074

-60 48.34 31 34 1.245 2.074 40 111.17 37 34 1.245 2.074 10 88.36 37 34 1.245 2.074 10 88.36 37 34 1.245 2.074

-10 68.36 26.26 17 1.245 2.074 50 98.49 51 34 1.245 2.074 20 115.15 73.3 34 2.949 4.95

-20 116.62 73.5 34 2.949 4.95 20 156.9 73.6 34 2.949 4.95

-10 127.04 83.54 17 2.949 4.95

-30 103.96 83.54 17 2.949 4.95 10 143.96 89.2 34 2.949 4.95 10 168.88 173.8 65.51 2.949 4.95

-56 252.83 169.3 56 2.949 4.95

-50 243.02 75 28 2.949 4.95

-80 53 73.6 34 3.44 5.77 10 149.25 76.1 34 3.44 5.77

-16 126.82

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 97.75 34 3.44 5.77 5

178.78 91.03 17 3.44 5.77 20 167.17 107.8 34 3.44 5.77 10 198.15 110 34 3.44 5.77

-8 183.3 79 65.51 3.44 5.77

-56 122.48 76.91 28 3.44 5.77

-60 77.98 75 28 3.44 5.77

-80 55.25 16.99 20.2 1.192 1.98

-51

-10.65 31 34 1.192 1.98

-13 57.77 28.39 17 1.192 1.98

-8 42.67 35.14 28 1.21 2.01

-80

-10.18 35.14 28 1.21 2.01

-80

-10.18 28.5 34 1.21 2.01 12 79.92 35.2 34 1.21 2.01 6

81.89 35.2 34 1.21 2.01 8

83.89 35.2 34 1.21 2.01

-10 65.89 51 34 1.21 2.01 33 127.69 44 17 1.21 2.01 15 84.36 27 24.192 0.493 0.69

-60

-11.618 31.2 28 0.493 0.69

-20 35.96 34 30.5 0.493 0.69

-20 40.96 41 36.736 0.493 0.69

-60 13.476 41 36.736 0.493 0.69

-50 23.476 41 36.7 0.493 0.69

-40 33.44 31 27.776 0.493 0.69

-20 35.556 37 33.152 0.493 0.69

-30 36.302 44 34 0.493 0.69

-20 53.42 108 56 0.493 0.69

-60 92.77 65.4 21.974 0.046 0.065

-10 33.944 135 56 0.493 0.69

-30 146.96 74.9 25.166 0.046 0.065

-30 20.336 46 59.5 1.811 3.04

-70 49.02 46 59.5 1.811 3.04

-70 49.02 31 34 1.811 3.04 20 94.11 31 34 1.811 3.04 10 84.11 37 34 1.811 3.04

-10 71.88 37 34 1.811 3.04 10 91.88 44 34 1.811 3.04 0

90.94 51 34 1.811 3.04 0

99.99 20 25.88 1.811 3.04 0

51.76 26 33.6 1.811 3.04

-40 27.24 31.51 40.8 1.811 3.04

-60 21.57 31.51 40.8 1.811 3.04

-50 31.57 31.51 40.8 1.811 3.04

-50 31.57 31 34 1.811 3.04

-30 44.11 31 34 1.811 3.04

-20 54.11 37 34 1.811 3.04

-20 61.88 37 34 1.811 3.04 10 91.88 81.4 34 0.847 1.41 5

128.13 82.8 34 0.847 1.41

-12 112.67 93.25 34 0.066 0.11 34 108.66 93.7 34 0.066 0.11 2

76.85 94.6 34 0.066 0.11 40 115.25 95.5 34 0.847 1.41 38 176.57 97.75 34 0.847 1.41 28 169.04 104.76 17 0.847 1.41 40 171.71 104.76 17 0.847 1.41 40 171.71 208.68 65.51 0.066 0.11

-56 100.49 208.68 65.51 0.57 0.95

-56 215.27

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 208.68 65.51 0.57 0.95

-56 215.27 188.4 65.51 0.066 0.11

-56 91.65 216.57 44.05 0.847 1.41

-56 225.19 64.41 56 0.395 0.663

-35 78 64.41 56 0.537 0.902

-35 83.54 64.41 56 1.019 1.71

-35 94.94 74.6 34 1.019 1.71

-20 99.64 102.61 34 1.019 1.71 38 189.8 99.55 34 1.019 1.71

-20 128.28 108.35 34 1.019 1.71 58 216.39 92.25 34 0.115 0.16

-10 71.69 125.3 34 0.115 0.16 10 108.78 153 34 0.079 0.11

-8 92.71 153 34 0.079 0.11 14 114.71 175.3 56 0.079 0.11

-50 82.43 162.8 34 0.079 0.11 0

104.98 314.77 17 0.115 0.16

-20 159.74 231.06 56 0.115 0.16

-50 125.46 254.42 56 0.079 0.11

-50 116.93 82.6 34 0.639 1.06

-10 107.92 82.6 34 0.639 1.06 45 162.92 94 70.71 0.486 0.806 3

161.98 158.95 68.47

-5 152.35 68.47 0.6 0.996

-5 215.67 152.35 68.47 0.536 0.89

-5 210.79 115.78 17 0.639 1.06 20 154.63 141.8 34 0.639 1.06 20 198.07 167.55 56 0.486 0.806 10 223.33 199.3 56 0.639 1.06

-26 232.49 20 20.4 0.645 1.07 50 90.78 26 13.078 0.09 0.15 50 76.158 26 26.494 0.645 1.07 20 72.984 157.3 68.47 0.09 0.15

-5 142.59 172.25 39.5

-5 158.3 28 0.645 1.07 2

191.31 65 34 0.853 1.42 30 135.31 82.2 34 0.853 1.42

-22 102.17 82.2 34 0.853 1.42 20 144.17 88 34 0.853 1.42

-3 127.54 89.8 34 0.853 1.42 15 147.51 96.85 34 0.853 1.42

-10 130.24 172.22 65.51 0.853 1.42

-56 198.44 226.81 65.51 0.314 0.523

-56 195.27 226.81 65.51 0.485 0.808

-56 222.71 226.81 65.51 0.598 0.996

-56 236.09 226.81 65.51 0.853 1.42

-56 258.32 26.85 45.1 0.871 1.45

-56 18.72 65.2 34 0.871 1.45 15 120.92 98.2 34 0.871 1.45

-15 127.31 98.2 34 0.871 1.45 0

142.31 99.55 34 0.871 1.45 67 210.8 102.49 17 0.871 1.45 52 182.05 110.5 34 0.871 1.45 33 188.88 211.76 28 0.435 0.724

-50 170.49 211.76 28 0.462 0.77

-50 174.3 211.76 28 0.551 0.918

-50 184.68 126.26 65.51 0.435 0.724

-56 124.28 126.26 65.51 0.462 0.77

-56 126.55 126.26 65.51 0.551 0.918

-56 132.74 65 15.86 0.025 0.036 10 41.72 138.2 52.3 0.025 0.036

-5 81.02

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 138.2 52.3 0.025 0.036

-5 81.02 157.6 55.5 0.025 0.036

-5 88.95 125.45 30.6 0.025 0.036 12 73.21 143 34 0.025 0.036 10 78.89 143 34 0.025 0.036 30 98.89 146.6 34 0.025 0.036

-2 67.77 147.8 34 0.025 0.036 6

76.06 159.75 34 0.025 0.036 20 92.98 167.55 40.9 0.025 0.036 10 91.78 140.55 43 0.025 0.036 23.1 100.39 140.55 43 0.025 0.036 23.1 100.39 73 21.608 0.035 0.051

-10 33.218 103.95 30.769 0.035 0.051 10 71.539 146.15 34 0.035 0.051 10 87.25999 147.5 34 0.035 0.051 10 87.66 151.05 34 0.035 0.051 10 88.71 140.55 49.1 0.035 0.051 23.1 113.8 153.15 34 0.035 0.051 0

79.33 220.6 68.82 0.035 0.051

-5 129.12 21 15.1 0.275 0.36

-50

-19.82 43 26.8 0.191 0.25

-50 3.629999 43 26.8 0.191 0.25

-50 3.629999 43 28 0.275 0.36

-50 8.870001 43 26.8 0.191 0.25

-50 3.629999 86 17 0.191 0.25 40 110.66 130 17 0.191 0.25 40 138.12 164.76 17 0.275 0.36 10 145.3 165 17 0.275 0.36 10 145.47 82.2 34 2.705 4.34 10 156.94 91 34 2.705 4.34 0

159.03 97.75 34 2.705 4.34 15 183.31 98.2 34 2.705 4.34 5

173.93 91.39 65.51 0.841 1.35

-56 108.49 98.4 65.51 2.705 4.34

-56 144.71 121.06 44.05 0.841 1.35

-56 119.16 8.94 9.8 0.873 1.4

-60

-40.43 36.8 52.6 0.873 1.4

-56 36.82 37.34 40.8 0.873 1.4

-70 11.61 89.8 34 2.736 4.39 18 175.56 98.65 34 2.736 4.39 10 179.74 100 34 2.736 4.39 15 186.6 74.13 56 2.736 4.39

-40 118 143.84 17 2.736 4.39

-10 204.92 51 17.136 0.045 0.065

-10 24.276 58 19.488 0.045 0.065

-12 26.978 65 21.84 0.045 0.065

-16 27.68 73.7 24.763 0.045 0.065

-10 39.523 82.2 27.619 0.045 0.065

-10 45.239 83.15 27.938 0.045 0.065

-20 35.878 83.15 27.938 0.045 0.065

-12 43.878 236 56 0.045 0.065

-50 85.3 223.9 56 0.045 0.065

-44 87.23 188.5 56 0.045 0.065

-50 69.34 73.6 34 0.109 0.161

-10 62.2 29.35 16 0.123 0.181

-10 22.03 81 34 0.123 0.181

-10 68.23 91 34 0.109 0.161 24 105.23 98.65 34 0.109 0.161

-2 83.2 131.15 34 0.123 0.181

-18 87.61 208.68 56 0.123 0.181

-50 119.94 231.06 56 0.109 0.161

-48 127.92

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 209.11 56 0.109 0.161

-50 114.53 72.03 17 1.612 2.408 18 124.1 65 34 1.612 2.408 0

114.4 65 34 1.612 2.408 0

114.4 73.1 34 1.612 2.408 0

124.42 82.2 34 1.612 2.408 0

135.68 83 34 1.612 2.408 0

136.67 89.03 65.51 1.021 1.526

-56 108.96 226.81 65.51 1.021 1.526

-56 262.86 208.68 65.51 1.021 1.526

-56 242.61 188.4 65.51 1.612 2.408

-56 242.56 231.06 65.51 1.021 1.526

-56 267.6 189.05 65.51 1.021 1.526

-56 220.68 28.14 17 2.492 3.68 40 94.65 44 34 2.492 3.68 20 112.87 158.66 5.2 0.001 0.002

-4.8 5.639999 158.66 48.3 2.363 3.49

-4.8 253.88 181.6 56 0.252 0.372 10 198.02 223.6 34 0.25 0.369 30 225.89 27 16.8 0.172 0.25

-40

-6.35 41 25.6 0.172 0.25

-20 31.18 26 16.2 0.172 0.25

-30 2.42 26 16.2 0.172 0.25

-10 22.42 26 16.2 0.172 0.25 0

32.42 26 16.2 0.172 0.25 0

32.42 82 51.2 0.172 0.25

-30 72.37 50.24 17 5.054 9.65

-8 84.81 58 34 2.2 4.2

-20 93.29 62 34 2.2 4.2 10 128.75 62 34 2.2 4.2 34 152.75 68.68 17 5.054 9.65 10 130.64 67 34 2.111 4.03 20 144.99 51.89 17 5.054 9.65 10 105.3 75 34 2.111 4.03 8

143.85 80 34 2.111 4.03 10 152.64 104.5 65.51 2.2 4.2

-56 152.36 104.5 65.51 1.901 3.63

-56 149.02 104.5 65.51 1.828 3.49

-56 148.08 104.5 65.51 4.373 8.35

-56 165.22 112 65.51 2.111 4.03

-56 161.61 90.4 34 0.14 0.194

-20 64.8 92 34 0.096 0.132 8

85.7 92 34 0.096 0.132 10 87.7 245 34 0.14 0.194

-20 151.69 98.65 34 0.096 0.132

-10 70.86 127.5 34 0.14 0.194

-20 85.65 91.39 43.4 0.096 0.132

-10 76.81 189.05 56 0.096 0.132

-50 95.8 126.26 56 0.096 0.132

-50 65.97 205.6 56 0.14 0.194

-50 121.55 218.63 56 0.14 0.194

-50 128.87 30.74 14.9 0.101 0.139

-50

-20.16 51 24.8 0.101 0.139 0

49.59 51 30 0.157 0.217

-20 40.04 51 24.8 0.101 0.139

-20 29.59 51 30 0.157 0.217

-10 50.04 51 24.8 0.101 0.139 24 73.59 72.8 34 0.157 0.217

-4 72.88 67.83 40 0.157 0.217

-50 29.95 98.31 47.8 0.101 0.139

-50 45.58 20 5.8 0.034 0.0494

-31

-19.38

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 20 5.2 0.028 0.0405

-31

-20.58 20 5.2 0.028 0.0405

-49

-38.58 20 5.8 0.034 0.0494

-49

-37.38 27 7

0.028 0.0405

-40

-25.95 44 15.9 0.052 0.075

-10 21.83 44 15.9 0.052 0.075

-10 21.83 51 18.5 0.052 0.075 19 55.96 51 18.5 0.052 0.075 1

37.96 105.2 38.1 0.052 0.075

-30 46.18 105.2 38.1 0.052 0.075

-30 46.18 105.2 30.6 0.034 0.0494

-49 12.21 108.7 39.3 0.052 0.075

-40 38.65 108.7 31.6 0.034 0.0494

-40 23.23 108.7 31.6 0.034 0.0494

-40 23.23 108.7 39.3 0.052 0.075

-40 38.65 58 21 0.052 0.075

-11 31 58 16.9 0.034 0.0494 19 52.78 58 21 0.052 0.075 7

49 65 18.9 0.034 0.0494 19 56.82 126.4 36.8 0.034 0.0494

-49 24.58 126.4 36.8 0.034 0.0494

-40 33.58 86 22.4 0.028 0.0405

-20 24.85 105.1 27.4 0.028 0.0405

-20 34.83 112.75 32.8 0.034 0.0494 19 84.61 113.5 17 0.721 1.21 21 157.52 128.8 34 0.721 1.21

-20 149.63 221.26 65.51 0.722 1.211

-56 242.5 182.66 17 0.722 1.211 21 230.34 152 34 0.721 1.21 20 214.06 102.77 17 0.721 1.21 34 159.22 242.07 44.05 0.501 0.84

-56 218.26 242.07 44.05 0.509 0.853

-56 219.23 127.7 34 0.612 1.04 49 212.1 221.26 65.51 0.659 1.121

-56 237.85 221.26 65.51 0.659 1.121

-56 237.85 135.8 34 0.612 1.04 17 188.29 137 34 0.612 1.04 5

177.51 150.2 34 0.612 1.04

-5 180.85 151.55 34 0.612 1.04

-4 183.22 189.05 56 0.659 1.121

-54 197.1 168.19 17 0.659 1.121 74 264.57 37 34 2.261 3.34 60 142.69 37 34 2.261 3.34 20 102.69 219.8 44.05 2.261 3.34

-56 277.31 73.8 20.4 0.029 0.045 14 54.77 73.9 20.4 0.029 0.045 23 63.8 81.2 22.4 0.029 0.045

-20 24.81 81.8 22.6 0.029 0.045

-10 35.18 83.9 23.2 0.029 0.045 10 56.36 93 25.7 0.029 0.045

-10 41.37 103.95 28.7 0.029 0.045

-20 37.39 104.5 34 0.029 0.045

-10 52.84 105.05 34 0.029 0.045

-20 42.99 83.8 23.1 0.029 0.045

-60

-13.77 177.2 56 0.029 0.045

-50 54.91 233.38 56 0.029 0.045

-50 70.41 239 56 0.029 0.045

-50 71.96 249 56 0.029 0.045

-50 74.72 200.2 56 0.029 0.045

-50 61.26 209.11 56 0.029 0.045

-50 63.71 241 56 0.029 0.045

-30 92.52

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 27 9.018 0.044 0.064

-50

-31.962 41 13.694 0.044 0.064

-6 21.384 54 18.036 0.044 0.064

-34 2.076 44 14.696 0.044 0.064 52 81.396 58 19.372 0.044 0.064 10 48.742 73 24.382 0.044 0.064 10 58.762 81 27.054 0.044 0.064 10 64.104 81.2 27.121 0.044 0.064 30 84.241 81.2 27.121 0.044 0.064 32 86.241 27 15 0.13 0.188

-50

-20.01 41 22.8 0.13 0.188

-20 25.56 41 22.8 0.13 0.188

-36 9.559999 41 22.8 0.13 0.188

-6 39.56 72.2 40.1 0.13 0.188

-50 30.17 73.6 40.8 0.13 0.188

-42 39.65 112.2 56 0.13 0.188

-60 58.27 122 56 0.13 0.188

-60 63.71 72.8 34 0.13 0.188 10 84.4 72.8 34 0.13 0.188 10 84.4 72.8 34 0.13 0.188 10 84.4 73 34 0.13 0.188 20 94.52 81.2 34 0.13 0.188 10 89.07 81.2 34 0.13 0.188 10 89.07 20 11.1 0.13 0.188

-34

-11.8 41 22.8 0.13 0.188

-20 25.56 41 22.8 0.13 0.188

-36 9.559999 41 22.8 0.13 0.188

-6 39.56 54 30 0.13 0.188

-12 47.97 122 56 0.13 0.188

-60 63.71 73.1 34 0.13 0.188 10 84.57 73.6 34 0.13 0.188 10 84.85 73.6 34 0.13 0.188 10 84.85 90.4 34 0.13 0.188 10 94.17 101.25 34 0.13 0.188 40 130.19 110 34 0.13 0.188 22 117.05 83.3 34 1.073 1.8 0

130.71 92.25 34 1.073 1.8 0

141.1 119.52 17 1.073 1.8

-10 145.76 89.45 65.51 0.882 1.48

-56 108.71 123.6 34 1.073 1.8 0

177.5 206.4 65.51 0.882 1.48

-56 238.41 168.7 34 1.073 1.8 2

231.86 173.9 34 1.073 1.8

-20 215.9 240.99 44.05 1.073 1.8

-56 267.84 37.34 44.2 1.169 1.96

-70 18.41 65 34 1.169 1.96 30 140.96 65 34 1.169 1.96 15 125.96 62.63 17 1.169 1.96 34 125.15 74.9 34 1.169 1.96

-13 109.68 99.1 34 1.169 1.96 0

151.33 100.25 34 1.169 1.96 0

152.7 150.31 28 1.037 1.74

-50 151.16 209.22 28 1.037 1.74

-50 219.02 39.59 28 1.159 1.93

-68 6.720001 115.8 34 1.159 1.93

-30 140.64 84.68 17 1.159 1.93

-4 112.92 236.44 17 0.092 0.129 26 154.13 135.5 34 0.092 0.129 20 117.68 140.7 34 0.092 0.129

-4 96.13 200.8 28 0.092 0.129

-50 72.38 252 56 0.092 0.129

-20 154.44

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 252 56 0.092 0.129

-20 154.44 146.15 17 0.092 0.129 6

91.69 143.8 17 0.092 0.129 22 106.59 155.4 34 0.092 0.129 10 117.04 91.25 34 1.365 2.29 8.1 153.79 91.5 34 1.502 2.52 5

153.19 91.5 34 1.365 2.29 17.5 163.5 101.5 34 1.431 2.4

-19.2 140.25 77.7 65.51 1.163 1.95

-56 101.35 77.7 65.51 1.163 1.95

-56 101.35 110 34 1.431 2.4 7

176.96 110.25 34 1.431 2.4

-33.7 136.57 100 56 0.212 0.355

-60 67.4 100 56 1.431 2.4

-56.3 123.3 126.26 56 0.212 0.355

-80 66.15 124.25 56 1.431 2.4

-56.3 153.27 31.75 56 1.82 3.03

-50 47.05 31 34 1.82 3.03 60 134.08 31 34 1.82 3.03 6.2 80.28 31 34 1.82 3.03

-3.3 70.78 37 34 1.82 3.03 18.6 100.44 44 34 1.82 3.03 38.8 129.69 51 34 1.82 3.03 7

106.94 134.9 61.49 0.377 0.511

-65.6 105.56 98.2 34 0.377 0.511 0

113.84 118.5 34 0.377 0.511 6

136.34 128.25 34 0.377 0.511 27 165.27 128.25 34 0.377 0.511 27 165.27 130.09 34 0.088 0.135

-3 93.44 130.09 34 0.088 0.135

-3 93.44 134.6 34 0.131 0.201 28 138.86 97.59 56 0.131 0.201

-50 61.72 97.59 56 0.131 0.201

-50 61.72 99.93 56 0.131 0.201

-50 63.06 148.85 34 0.131 0.201 20 138.99 228.36 17 0.088 0.135 36 162.61 173.85 34 0.131 0.201 40 173.27 22.8 9

0.061 0.09

-40

-21.97 27 10.7 0.061 0.09

-60

-38.61 27 10.7 0.061 0.09

-60

-38.61 27 10.7 0.061 0.09

-50

-28.61 47.5 18.8 0.061 0.09

-80

-42.39 54 21.4 0.061 0.09

-60

-17.22 61 24.2 0.061 0.09

-50

-1.639999 37 14.7 0.061 0.09

-10 19.35 37 14.7 0.061 0.09 10 39.35 44 17.4 0.061 0.09

-20 14.82 95 37.6 0.061 0.09

-60 15.22 58 23 0.061 0.09 0

45.97 74.45 29.5 0.061 0.09 0

58.98 74.45 29.5 0.061 0.09 0

58.98 56.22 56 2.443 3.92 19 151.01 92.38 59.76 0.085 0.136 0

104.19 86 34 2.462 3.95 17 167.36 121.5 69 0.085 0.136 6

133.44 82.9 34 2.462 3.95 38 184.16 145.74 48.83 0.085 0.136 0

118.93 8.06 10.9 2.498 3.96

-48

-26.19 51 65.2 0.093 0.148 9

99.7 34.85 34 2.498 3.96 75 156.19 63 50.9 0.093 0.148 0

82.4

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 96 34 2.498 3.96 56 219.98 87.8 59.32 0.093 0.148 0

103.22 65 63.64 0.562 0.932 1

128.34 74.45 63.64 0.56 0.93 1

137.6 74.45 63.64 0.56 0.93 1

137.6 83 63.64 0.562 0.932 1

145.98 104.5 63.64 0.505 0.838 1

163.91 119.25 70.71 0.048 0.079 3

117.95 152.35 68.47 0.479 0.794

-5 205.92 152.35 68.47 0.462 0.767

-5 204.55 152.35 68.47 0.462 0.767

-5 204.55 170.6 68.47 0.395 0.655

-5 213.77 146 48.34 0.542 0.899

-5 184.96 142.6 48.34 0.048 0.079

-5 96.24001 167.55 56 0.509 0.844 10 225.51 220.6 69.52

-7 20 19.4 0.538 0.893 20 58.76 26 25.2 0.544 0.902 20 70.45 95 70.71 0.503 0.835 3

163.87 182.55 68.47 0.503 0.835

-5 236.71 220.6 68.47 0.524 0.87

-7 273.47 47.38 34 0.536 0.89 40 119.82 32.55 17 0.535 0.888 40 88.48 96 70.71 0.486 0.807 3

163.95 158.4 48.34 0.486 0.807

-5 192.24 180 68.47 0.518 0.859

-5 235.73 199.3 56

-26 79.45 42.3 0.244 0.374 30 130.14 79.45 44.3 0.244 0.374 21 123.14 120.7 42.6 0.244 0.374 8

138.47 138.2 42.4 0.244 0.374 31 174.01 139.4 40.2 0.244 0.374 17 158.68 112 56 0.244 0.374

-50 87.54 173.85 43.9 0.244 0.374 3

173.46 168 56 0.244 0.374

-8 170.3 168 56 0.244 0.374

-50 128.3 82 34 1.207 2.01

-25 106.58 128.8 34 1.207 2.01 0

187.27 131 34 1.207 2.01

-30 159.89 217.7 65.51 0.931 1.55

-56 253.55 226.81 65.51 1.249 2.08

-56 281.46 231.08 65.51 0.931 1.55

-56 268.55 231.08 65.51 0.931 1.55

-56 268.55 153.28 17 1.207 2.01

-5 194.4 153.28 17 1.207 2.01

-5 194.4 160.4 34 1.207 2.01

-30 194.88 20 26.24 1.681 3.29

-40 12.48 20 26.24 1.681 3.29

-20 32.48 28.73 37.74 1.681 3.29

-70 5.43 29.32 38.5 1.681 3.29

-80

-3.029999 26 34 1.681 3.29

-10 58.11 30.74 40.3 1.681 3.29

-50 30.63 37 34 1.681 3.29 40 122.54 37 34 1.681 3.29 40 122.54 44 34 1.681 3.29 30 121.73 20 26.24 1.681 3.29 10 62.48 20 26.24 1.681 3.29

-20 32.48 20 26.24 1.681 3.29 10 62.48 28.73 37.7 1.681 3.29

-30 45.39 26 34 1.681 3.29 0

68.11 26 34 1.681 3.29 10 78.11

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 31.51 41.3 1.681 3.29

-60 22.64 31 34 1.681 3.29

-60 14.67 41.17 54 1.681 3.29

-80 28.02 28.73 37.7 1.681 3.29

-70 5.389999 28.73 37.7 1.681 3.29

-50 25.39 28.73 37.7 1.681 3.29

-50 25.39 26 34 1.681 3.29

-20 48.11 26 34 1.681 3.29

-30 38.11 26 34 1.681 3.29

-40 28.11 26 34 1.681 3.29 0

68.11 26 34 1.681 3.29

-60 8.110001 31 34 1.681 3.29

-20 54.67 76.4 29.9 0.061 0.088

-32 27.85 73.4 28.8 0.061 0.088

-20 37.57 73.4 28.8 0.061 0.088

-14 43.57 81.4 31.9 0.061 0.088

-8 55.81 82.4 32.3 0.061 0.088

-20 44.6 82.4 32.3 0.061 0.088

-6 58.6 85.6 33.6 0.061 0.088

-20 47.16 94.46 49.4 0.061 0.088

-45 41.43 27 10 0.055 0.079

-50

-29.98 136.9 50.8 0.055 0.079

-50 51.59 73.5 27.3 0.055 0.079 10 64.57 82 30.4 0.055 0.079 10 70.82 82.2 30.5 0.055 0.079

-10 51 82.2 30.5 0.055 0.079 10 71 82.4 30.6 0.055 0.079

-20 41.17 86.8 32.2 0.055 0.079 10 74.4 90.4 33.5 0.055 0.079

-20 47.04 100 34 0.055 0.079 10 81.1 103.95 34 0.055 0.079 10 82.57 94.46 48.1 0.055 0.079

-45 38.14 20 16 0.34 0.49

-20 12.02 20 16 0.34 0.49

-60

-27.98 27 21.6 0.34 0.49

-40 3.23 41 32.8 0.34 0.49

-50 15.64 37 29.6 0.34 0.49 10 69.24 37 29.6 0.34 0.49

-10 49.24 37 29.6 0.34 0.49

-30 29.24 82 56 0.34 0.49

-30 91.68 65 31.59 0.099 0.139

-10 53.18 65 31.59 0.099 0.139

-10 53.18 65.5 31.833 0.099 0.139

-10 53.663 65.6 31.882 0.099 0.139

-10 53.762 74.45 34 0.099 0.139

-10 60.18 100 34 0.099 0.139

-10 72.6 172.22 56 0.098 0.138

-50 89.35 231.06 56 0.098 0.138

-48 119.83 231.06 56 0.098 0.138

-48 119.83 189.05 56 0.098 0.138

-50 97.5 77 34 0.37 0.547 50 147.99 35.84 56.42 1.666 2.46 1

101.93 138.2 68.47 1.266 1.87

-5 225.3 157.6 68.47

-5 152.35 68.47 0.37 0.547

-5 190.07 79.32 56.42 1.97 2.91 1

159.19 163.3 48.34 1.124 1.66

-5 229.5 167.55 56 1.666 2.46 10 274.1 42.83 17 1.706 2.52 40 110.45 58 34 2.038 3.01 40 148.94 75.95 34 0.371 0.548 40 137.19

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 170.5 65.51 0.371 0.548

-56 151.37 180 68.47 1.686 2.49

-5 287.57 44 34 2.642 3.95

-4 89.53 54.7 34 2.642 3.95 14 122.01 51 34 1.472 2.2

-4 91.91 86.91 56 2.642 3.95

-13 160.59 79.5 66 1.472 2.2 0

162.51 44 34 1.592 2.38

-13 75.3 44 34 2.796 4.18 14 108.1 59.51 34 2.796 4.18 2

117.29 80.45 28 2.796 4.18

-31 106.89 86.92 56 1.592 2.38

-13 150.26 95.95 23.028 0.024 0.035

-20 26.058 118.5 28.44 0.024 0.035

-20 36.88 126.4 30.3 0.024 0.035

-6 54.64 143.3 34 0.024 0.035

-20 48.39 158 54.7 0.024 0.035

-5 87.62 152.5 34 0.024 0.035

-10 60.6 140.55 42.6 0.024 0.035 23.1 99.43 140.55 42.6 0.024 0.035 23.1 99.43 179.65 34 0.024 0.035 0

77.12 182.55 58.9 0.024 0.035

-5 97.71001 68 19.72 0.034 0.049

-32 7.439999 51 14.79 0.034 0.049 10 39.58 51 14.79 0.034 0.049 10 39.58 82 23.78 0.034 0.049 10 57.56 97.3 28.217 0.034 0.049 10 66.437 108.2 31.378 0.034 0.049 6

68.758 123.55 34 0.034 0.049

-10 59.83 140.55 48.3 0.034 0.049 23.1 112.16 41 36.2 0.477 0.66

-50 22.44 54 47.7 0.477 0.66

-60 35.44 51 34 0.477 0.66 9

88.08 58 34 0.477 0.66 2

87.27 58 34 0.477 0.66

-20 65.27 122 56 0.477 0.66

-50 113.85 122 56 0.477 0.66

-60 103.85 44.2 34 2.746 4.8 45 140.61 51.2 34 2.746 4.8 20 125.37 51.8 34 1.03 1.8 36 130.14 57.1 34 2.746 4.8 20 133.6 58 34 1.144 2

50 152.96 62.9 34 1.03 1.8 69 176.03 70.5 34 1.144 2

9 126.82 70.5 34 1.144 2

33 150.82 84.75 34 1.03 1.8 30 162.39 217.1 56 1.144 2

-77 237.13 230.23 44.05 1.03 1.8

-56 255.35 101.05 65.51 0.766 1.34

-56 118.75 101.05 65.51 1.144 2

-56 129.66 101.05 65.51 2.248 3.93

-56 146.13 214.09 65.51 0.435 0.73

-56 204.76 214.09 65.51 0.662 1.11

-56 229.81 128.8 34 0.805 1.35 38 211.49 128.8 34 0.805 1.35 23 196.49 129.9 34 0.805 1.35 30 204.68 224.17 65.51 0.692 1.16

-56 242.87 224.17 65.51 0.817 1.37

-56 253.18 107.81 17 0.835 1.4 18 152.84 189.05 65.51 0.817 1.37

-56 215.01 157.58 17 0.835 1.4 50 239.23

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 145.81 17 0.835 1.4 30 206.37 73.7 34 0.9 1.51 50 166.1 82.4 34 0.882 1.48 22 147.38 82.6 34 0.882 1.48 20 145.6 83 34 0.882 1.48 33 159.05 83.3 34 0.9 1.51 12 138.8 89.8 34 0.9 1.51 5

139.04 91.39 65.51 0.876 1.47

-56 110.68 208.62 65.51 0.435 0.73

-56 199.77 208.62 65.51 0.691 1.16

-56 226.68 211.77 28 0.429 0.72

-40 180.29 211.77 28 0.691 1.16

-40 208.45 11.24 28 1.413 2.37

-60

-18.14 11.24 28 1.413 2.37

-60

-18.14 11.24 28 1.413 2.37

-60

-18.14 28.5 34 1.413 2.37 40 109.14 37 34 1.413 2.37 40 119.62 37 34 1.413 2.37 10 89.62 37 34 1.413 2.37 0

79.62 40.78 17 1.413 2.37 40 107.28 47.5 34 1.413 2.37 10 102.57 95 34 2.288 3.838 73 234.97 115.6 34 2.288 3.838 40 229.71 161.25 56 2.288 3.838

-40 233.2 100.08 56 0.996 1.669

-4 166.19 94.5 34 0.996 1.669 10 151.82 104 34 0.996 1.669

-22 130.66 49.15 28 2.739 4.36

-20 75.58 68 56 1.043 1.66

-20 113.52 51 34 2.789 4.44 54 158.28 51 34 2.789 4.44 57 161.28 58 34 2.858 4.55 60 174.21 51.43 34 2.858 4.55 91 196.13 41 56 2.504 4.2

-60 52.05 41 56 2.504 4.2

-60 52.05 29.7 40.6 2.504 4.2

-50 31.2 39.8 54.407 2.504 4.2

-50 58.817 41.65 56 2.504 4.2

-50 62.94 68.5 56 2.504 4.2

-60 89.64 65 34 2.504 4.2 20 142.85 65 34 2.504 4.2 20 142.85 65 34 2.504 4.2

-10 112.85 65 34 2.504 4.2 20 142.85 65.2 34 2.504 4.2 20 143.13 74.6 34 2.504 4.2 10 145.98 236 65.51 0.023 0.0389

-56 69.69 260 65.51 0.023 0.0389

-56 75.81001 31.6 56 2.504 4.2

-40 59.2 40.15 56 2.504 4.2

-40 70.89 42.05 56 2.504 4.2

-70 43.48 43.55 56 2.504 4.2

-70 45.53 43.55 56 2.504 4.2

-70 45.53 26 34 2.504 4.2 10 79.54 26 34 2.504 4.2 10 79.54 30.6 41.83 2.504 4.2

-50 33.66 45.55 11.57 0.023 0.0386

-70

-46.86 49.9 56 2.504 4.2

-40 84.21 31 34 2.504 4.2 10 86.38 33.6 45.931 2.504 4.2

-60 31.861 37 34 2.504 4.2 20 104.58

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 37 34 2.504 4.2 40 124.58 37 34 2.504 4.2 20 104.58 23.54 27.8 1.179 1.95

-50 5.619999 23.54 29.9 1.681 2.78

-50 9.84 39.38 50.5 1.754 2.9

-70 31.02 27.39 35.1 1.754 2.9 0

70.24 26 33.358 1.754 2.9 10 76.718 31 34 2.141 3.54

-30 45.2 31 34 1.754 2.9 10 83.77 31 34 2.141 3.54

-30 45.2 44 34 2.141 3.54

-30 62.48 20 26.58 2.135 3.53

-30 23.16 26 34 2.135 3.53

-40 28.55 26 34 2.135 3.53

-40 28.55 30 38.5 1.748 2.89

-10 66.96 37.78 44.6 1.173 1.94

-70 19.22 0

0 1.675 2.77

-70

-70 0

0 1.748 2.89

-70

-70 31 34 1.748 2.89

-40 33.74 31 34 1.748 2.89

-10 63.74 73.8 34 2.039 3.42 10 141.49 74.6 34 2.039 3.42

-10 122.55 74.6 34 2.039 3.42 0

132.55 82.6 34 2.039 3.42 0

143.11 107.8 34 2.039 3.42 20 196.4 79.53 17 2.039 3.42 20 142.06 90.65 65.51 1.353 2.27

-56 120.28 84.36 28 2.039 3.42

-60 79.44 195.16 28 1.353 2.27

-60 206.49 34.05 44.1 1.645 2.76

-50 37.38 34.05 44.1 1.645 2.76

-50 37.38 34.05 44.9 1.645 2.76

-70 18.18 36.35 57.4 1.645 2.76

-56 47.6 37 34 1.645 2.76 20 101.03 40.05 51.9 1.645 2.76

-80 22.8 44 34 1.645 2.76 20 109.92 44 34 1.645 2.76 20 109.92 74.15 34 1.645 2.76 0

128.24 74.15 34 1.645 2.76 30 158.24 91.5 34 1.645 2.76 10 160.3 28.51 28 2.431 3.87

-44 22.46 51 34 2.431 3.87 10 112.8 51 34 2.431 3.87 10 112.8 58 34 2.431 3.87

-20 92.24 31.04 17 2.431 3.87 30 88.87 73 34 2.178 3.53 0

131.02 84.98 17 2.178 3.53 20 149.94 73.5 34 2.178 3.53 0

131.68 73.5 34 2.178 3.53 10 141.68 76.1 34 0.189 0.307 40 125.44 143.9 68.47 0.333 0.54

-5 182.62 143.9 68.47 0.37 0.6

-5 186.79 131.44 68.47 1.974 3.2

-5 235.13 131.44 68.47 1.974 3.2

-5 235.13 152 68.82 0.189 0.307 0

171.57 220.6 69.52 0.333 0.54

-7 245.18 66.21 17 2.172 3.52

-10 94.93 73.4 34 2.172 3.52

-20 111.48 75.8 34 0.184 0.298 30 114.71 83 34 2.172 3.52

-10 134.22 107.25 34 2.172 3.52

-30 146.43

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 125.16 48.83 2.172 3.52 0

215.04 152.35 68.47 0.43 0.697

-5 200.43 152.35 68.47 0.43 0.697

-5 200.43 130.72 68.47 0.43 0.697

-5 180.99 160.5 68.82 0.184 0.298 0

176.19 27 9.8 0.052 0.076

-50

-30.37 41 14.9 0.052 0.076

-80

-50.18 41 14.9 0.052 0.076

-50

-20.18 41 14.9 0.052 0.076

-50

-20.18 41 14.9 0.052 0.076

-80

-50.18 54 19.7 0.052 0.076

-50

-10.64 54 19.7 0.052 0.076

-50

-10.64 58 21.1 0.052 0.076

-10 32.21 65.3 23.8 0.052 0.076 18 65.57 80.6 29.3 0.052 0.076 6

64.64 88.3 29 0.043 0.062

-20 37.96 94.6 31 0.043 0.062

-8 54.03 95.5 31.3 0.043 0.062

-20 42.62 27 9.963 0.054 0.078

-50

-30.077 41 15.129 0.054 0.078

-36

-5.741 41 15.129 0.054 0.078

-80

-49.741 41 15.129 0.054 0.078

-50

-19.741 41 15.129 0.054 0.078

-50

-19.741 41 15.129 0.054 0.078

-80

-49.741 54 19.926 0.054 0.078

-50

-10.144 54 19.926 0.054 0.078

-70

-30.144 54 19.926 0.054 0.078

-50

-10.144 82 30.258 0.054 0.078

-20 40.518 65 21.71 0.044 0.064

-20 23.42 65 21.71 0.044 0.064 10 53.42 65.3 24.096 0.054 0.078 2

50.196 73.5 24.549 0.044 0.064

-20 29.099 92 33.9 0.054 0.078

-20 47.85 93 34 0.054 0.078

-10 58.32 51 70.711 0.431 0.718 3

119.971 58 63.6 0.49 0.816 1

119.29 58 63.6 0.49 0.816 1

119.29 73 63.6 0.47 0.783 1

132.56 82 63.6 0.47 0.783 1

140.94 152.35 68.47 0.49 0.816

-5 207.14 199.3 56 0.431 0.718

-26 210.77 220.6 69.52 0.424 0.706

-7 261.5 220.6 69.52 0.424 0.706

-7 261.5 220.6 69.52 0.47 0.783

-7 267.9 14.56 17 1.597 2.74 40 75.48 42.7 17 1.597 2.74 30 101.19 75.2 34 0.192 0.329 50 136.19 167.55 56 1.597 2.74 10 278.62 180 68.47 0.192 0.329

-5 188.39 31 34 1.597 2.74 50 123.34 5.36 6.8 1.597 2.74 40 53.6 75.5 34 0.192 0.329 40 126.4 167.55 56 1.597 2.74 10 278.62 180 68.47 0.192 0.329

-5 188.39 199.3

-26 54 27.892 0.017 0.023

-70

-32.008 74.45 13.922 0.017 0.023 40 67.842 83.15 15.5 0.017 0.023 30 61.05 90.7 16.961 0.017 0.023 30 63.921 101.5 18.981 0.017 0.023 30 67.961 3.04 3.7 1.297 2.176

-80

-72.62

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 32.8 34 1.297 2.176 20 93.72 35.2 34 1.297 2.176 20 96.63 27.11 17 1.297 2.176 30 79.83 41.9 34 1.297 2.176 10 94.74001 53.1 34 1.297 2.176 0

98.3 53.1 34 1.297 2.176 20 118.3 12.89 15.3 1.198 2.01 50 80.64 31 34 1.198 2.01 30 100.89 14.08 16.8 1.198 2.01

-10 23.56 14.08 16.8 1.198 2.01

-30 3.559999 37 34 1.198 2.01 10 88.03 37 34 1.198 2.01 40 118.03 44 34 1.198 2.01 40 126.36 44 34 1.198 2.01 10 96.36 20 26.76 2.194 3.68

-50 3.52 20 26.76 2.194 3.68

-42 11.52 20 26.76 2.194 3.68

-30 23.52 27 36.126 2.194 3.68

-60 12.256 35 46.83 2.194 3.68

-80 13.66 20 26.76 2.194 3.68 22 75.52 20 26.76 2.194 3.68

-15 38.52 20 26.76 2.194 3.68

-10 43.52 44.4 56 2.194 3.68

-70 45.41 68 56 1.913 3.18

-43 101.67 51 34 1.913 3.18 5

105.5 132 34 1.913 3.18 47 253.13 27 8.7 0.034 0.06

-48

-30.58 27 8.7 0.034 0.0605

-30

-12.55 31.2 10.1 0.034 0.0605

-16 4.21 41 14.876 0.042 0.0757

-26 3.756001 41 13.3 0.034 0.0605

-44

-17.42 41 14.9 0.042 0.0757

-6 23.78 108 34.9 0.034 0.06

-50 19.78 122 39.4 0.034 0.06

-50 28.81 88 34 0.042 0.0757

-8 57.94 95.5 34 0.042 0.0757

-20 48.67 100 34 0.034 0.0605 4

70.4 100 34 0.034 0.0605 20 86.4 105.05 34 0.042 0.0757

-20 52.13 105.05 34 0.042 0.0757

-20 52.13 110 34 0.034 0.0605 0

69.64 110 34 0.034 0.0605 28 97.64 28.36 28 1.3 2.18

-50 12.34 28.36 28 1.3 2.18

-50 12.34 26 31.5 1.3 2.18

-20 42.99 26 31.5 1.3 2.18

-20 42.99 31 34 1.3 2.18

-20 51.54 37 34 1.3 2.18 10 88.81 35.93 17 1.3 2.18 40 100.51 58 34 1.3 2.18 0

104.24 37 34 0.721 1.21 20 92.96 76.73 17 1.031 1.73

-20 85.32 80.8 34 1.031 1.73

-10 117 87.4 34 1.031 1.73

-20 114.6 104.5 34 1.031 1.73

-20 134.28 152.25 68.47 0.375 0.629

-5 195.93 152.25 68.47 0.375 0.629

-5 195.93 174.96 48.34 0.721 1.21

-5 227.57 198.04 56 1.031 1.73

-26 257.94 58 34 0.783 1.3 10 106.23 81.2 34 1.018 1.69

-10 116.89

%CF MARGIN TERM f at EOL 1/4T ID Fluence at EOL RTndt (u)

[Initial RTndt]

RTpts @

EOL 88.09 17 1.018 1.69 10 127.77 81.8 34 1.018 1.69 10 137.58 96.4 34 1.018 1.69

-10 134.28 177.95 68.47 0.783 1.3

-5 254.41 174.1 68.47 0.364 0.604

-5 213.02 182 68.47 1.018 1.69

-5 271.68 198.04 56 0.364 0.604

-26 200.12

Unirradiated USE USE @

EOL

% Drop USE RTndt 109 91.66 15.91 18.68 96 75.49 21.36 101.06 107 84.98 20.58 101.48 80 62.27 22.16 117.47 86 66.87 22.24 117.96 131.02 131.02 147.85 173.24 125 93.61 25.11 48.19 109 81.63 25.11 47.97 122 91.37 25.11 47.97 94 70.4 25.11 72.01 92 68.9 25.11 74.98 89 66.65 25.11 76.95 82 61.41 25.11 76.95 126 94.36 25.11 87.83 91 68.15 25.11 89.86 101 71.04 29.66 89.17 84 61.77 26.46 127.55 90 65.99 26.68 130.75 83 60.86 26.68 130.75 80 52.73 34.09 206.7 144 76.75 46.7 159.97 112 77.77 30.56 180.17 98 62.16 36.57 189.87 144.5 139.02 3.79 15.97 144.5 137.3 4.98 20.45 75.5 67.73 10.29 47.8 83 63.64 23.32 59.31 77.5 59.43 23.32 59.31 82 62.88 23.32 68.75 82 59.73 27.16 113.25 82 59.73 27.16 113.25 82 59.73 27.16 113.25 82 66.36 19.07 123.42 193.61 193.61 70 58.18 16.89 25.76 162 138.92 14.25 20.93 136 117.98 13.25 26.82 87 74.6 14.25 45.61 118 94 20.34 37.76 79 70.86 10.3 17.03 70 58.23 16.81 25.68 119 94.9 20.25 24.28 78 73.59 5.66 5.65 128 110.34 13.8 19.99 87 74.99 13.8 43.57 150 129.2 13.87 42 18.62 94 85.15 9.42 21.17 76.7 68.73 10.39 29.78 34.86 36.5 36.94 51.3 67.16 145 126.86 12.51 50.9 31.83 38.5

Unirradiated USE USE @

EOL

% Drop USE RTndt 92 80.49 12.51 42.62 49.01 49.01 50.92 61.28 195 170.61 12.51 51.21 103 92.38 10.31 28.34 38.5 39.41 39.68 44.25 46.04 61.28 27.34 35.18 31.75 39.46 35.44 36.84 36.84 67.1 11.37 26.79 31.15 38.89 39.18 44.92 35.97 35.97 73 64 12.33 13.14 74 64.67 12.61 64.75 150 120.48 19.68 30.73 138 131.78 4.51 35.83 138 117.59 14.79 26.32 72 64.58 10.3 17.03 149 119.53 19.78 23.76 70 61.66 11.91 12.51 67 58.54 12.62 64.86 155 132.85 14.29 25.05 127 106.68 16 43.96 74 66.38 10.3 17.03 143 122.35 14.44 52.16 12.65 45.53 112 95.77 14.49 52.34 78 62.42 19.97 37.17 105 84.03 19.97 44.36 100 80.03 19.97 44.36 99 79.23 19.97 44.36 82 70.16 14.44 31.49 101 80.83 19.97 61.15 81 60.24 25.63 102.62 90 66.93 25.63 102.9 90 66.93 25.63 103.04 81 59.32 26.77 116.96 112 82.02 26.77 116.96 77 55.39 28.07 124.88 109 64.26 41.05 243.32 110 55.09 49.92 237.02 160 100.16 37.4 105 74 54.34 26.57 105.25 84.5 62.05 26.57 108.82

Unirradiated USE USE @

EOL

% Drop USE RTndt 75 52.16 30.45 139.78 115 80.41 30.08 130.17 77 52.47 31.86 154.15 83 56.56 31.86 157.3 84 50.49 39.89 112.97 140 92.9 33.64 109.98 160 98.03 38.73 107.25 128 119.74 6.45 20.15 134 107.51 19.77 36.77 134 122.32 8.72 33.67 146 131.36 10.03 41.82 146 131.36 10.03 41.82 92 73.75 19.84 33.92 83 66.53 19.84 41.89 105 84.17 19.84 41.89 102 81.76 19.84 41.89 82 65.73 19.84 60.69 96 90.07 6.18 52.36 111 93.2 16.04 24.19 90 75.56 16.04 27.96 95 79.76 16.04 30.46 80 67.17 16.04 36.74 104 87.32 16.04 36.74 93 78.08 16.04 36.74 109 91.52 16.04 36.74 93 78.08 16.04 27.78 105 88.16 16.04 33.15 102 85.64 16.04 39.42 126 102.73 18.47 96.77 67 60.87 9.15 21.97 97 77.33 20.28 120.96 72 65.08 9.61 25.17 125 97.73 21.82 59.52 125 97.73 21.82 59.52 125 97.73 21.82 59.52 78 60.98 21.82 40.11 88 68.8 21.82 40.11 103 80.53 21.82 47.88 94 73.49 21.82 47.88 98 76.62 21.82 56.94 85 66.45 21.82 65.99 106 82.87 21.82 25.88 108 84.43 21.82 33.64 96 75.05 21.82 40.77 172 134.47 21.82 40.77 172 134.47 21.82 40.77 107 83.65 21.82 40.11 105 82.09 21.82 40.11 108 84.43 21.82 47.88 101 78.96 21.82 47.88 83 66.39 20.01 89.13 126 100.79 20.01 90.67 92 80.86 12.11 40.66 87 76.46 12.11 40.85 80 70.31 12.11 41.25 108 84.28 21.96 104.57 103 80.38 21.96 107.04 96 69.57 27.53 114.71 98 71.02 27.53 114.71 107 86.85 18.83 90.98 107 73.99 30.85 205.76

Unirradiated USE USE @

EOL

% Drop USE RTndt 107 73.99 30.85 205.76 105 84.89 19.15 82.14 105 61.47 41.46 237.14 77 71.69 6.9 57 77 71.29 7.42 62.54 77 70.35 8.64 73.94 110 88.05 19.95 85.64 86 66.96 22.14 117.8 103 79.38 22.93 114.28 90 68.39 24.01 124.39 84 72.96 13.14 47.69 72 60.75 15.63 64.78 72 60.41 16.1 66.71 73 61.25 16.1 66.71 76.43 75 62.51 16.65 70.98 84 67.93 19.13 162.74 112 87.44 21.93 119.46 110.93 119 96.71 18.73 83.92 86 69.89 18.73 83.92 109 88.93 18.41 88.27 152.2 147.32 88 67.23 23.6 117.63 88 65 26.14 144.07 157.33 202.49 122 117.53 3.66 20.38 132 117.84 10.73 13.08 140 116.07 17.09 26.49 79.12 81 52.93 34.66 161.31 77 75.18 2.36 71.31 116 92.75 20.04 90.17 103 82.36 20.04 90.17 114 90.06 21 96.54 110 86.9 21 98.51 116 90.49 21.99 106.24 109 75.05 31.15 188.93 94 70.58 24.92 185.76 94 68.12 27.53 213.2 94 66.84 28.89 226.58 94 64.54 31.34 248.81 125 102.06 18.35 29.62 100 81.65 18.35 71.92 112 87.25 22.1 108.31 122 95.04 22.1 108.31 99 77.12 22.1 109.8 91 72.11 20.76 113.05 90 69.17 23.15 121.88 124 83.24 32.87 192.49 124 82.68 33.32 196.3 124 80.98 34.69 206.68 88 59.03 32.92 114.77 88 58.63 33.37 117.04 88 57.44 34.73 123.23 15.86 33.72

Unirradiated USE USE @

EOL

% Drop USE RTndt 33.72 38.45 30.61 34.89 34.89 35.77 36.06 38.98 40.88 34.29 34.29 21.61 30.77 43.26 43.66 44.71 41.6 45.33 65.3 15.08 26.83 26.83 30.87 26.83 53.66 81.12 118.3 118.47 87 64.14 26.28 112.94 99 71.77 27.51 125.03 86 65.82 23.47 134.31 86 61.24 28.79 134.93 82.5 55.68 32.51 98.98 104 58.77 43.49 135.2 149 114.69 23.03 131.11 148 134.31 9.25 9.77 131 118.88 9.25 40.22 126 102.75 18.45 40.81 103 74.59 27.58 123.56 99 70.42 28.87 135.74 100 71.13 28.87 137.6 102 64.28 36.98 102 100 60.01 39.99 197.92 94 85.44 9.11 17.14 74 67.26 9.11 19.49 78 70.89 9.11 21.84 101 91.34 9.56 24.76 86 77.37 10.04 27.62 85 76.47 10.04 27.94 77 69.27 10.04 27.94 105 85.83 18.26 79.3 75 60.16 19.79 75.23 88 68.91 21.69 63.34 85.6 75.52 11.78 38.2 84.3 74.72 11.37 16.03 67 58.48 12.72 44.23 77.4 67.36 12.97 47.23 82.6 71.36 13.61 51.2 82.3 68.72 16.5 71.61 113.94 119.92

Unirradiated USE USE @

EOL

% Drop USE RTndt 108.53 121 86.93 28.16 89.1 90 70.89 21.23 80.4 87 68.53 21.23 80.4 77 59.88 22.23 90.42 75 57.55 23.27 101.68 86 65.99 23.27 102.67 75 51.67 31.11 99.45 94 61.48 34.6 253.35 233.1 105 63.26 39.75 233.05 86 54.95 36.1 258.09 110 70.08 36.29 211.17 114 87.31 23.41 37.65 91 90.41 0.65 58.87 5.24 210.38 132.02 117 79.54 32.02 161.89 91 79.62 12.51 16.85 95 83.12 12.51 25.58 102 89.24 12.51 16.22 100 87.49 12.51 16.22 102 89.24 12.51 16.22 119 104.11 12.51 16.22 121 105.12 13.12 51.17 85 53.04 37.6 75.81 105 81.01 22.85 79.29 90 68.47 23.92 84.75 65 51.71 20.45 84.75 92 77.83 15.4 103.64 78 58.66 24.79 90.99 82 76.19 7.08 78.3 77 56.08 27.17 101.85 74 52.95 28.44 108.64 106 60.28 43.13 142.85 106 61.79 41.71 139.51 106 62.18 41.34 138.57 106 52.52 50.45 155.71 102 58.43 42.72 152.1 50.8 43.7 43.7 88.4 83.48 5.56 137.69 46.86 71.65 43.41 89.8 59.97 115.55 122.87 126 112.1 11.03 14.94 71 63.17 11.03 24.79 90 78.98 12.24 30.04 95 84.52 11.03 24.79 93 81.62 12.24 30.04 85 75.62 11.03 24.79 70 61.01 12.84 42.88 89 72.39 18.66 39.95 108 85.2 21.11 47.78 125 114.35 8.52 5.82

Unirradiated USE USE @

EOL

% Drop USE RTndt 125 114.82 8.14 5.22 109 100.13 8.14 5.22 109 99.71 8.52 5.82 109 100.13 8.14 7.05 121 109.6 9.42 15.93 102 92.39 9.42 15.93 86 77.9 9.42 18.46 97 87.86 9.42 18.46 95 84.64 10.91 38.08 135 120.27 10.91 38.08 135 121.66 9.88 30.61 92.5 81.91 11.45 39.35 92.5 82.91 10.37 31.63 92.5 82.91 10.37 31.63 92.5 81.91 11.45 39.35 107 96.92 9.42 21 75 68.61 8.52 16.88 76 68.84 9.42 21 75 68.61 8.52 18.92 95 84.65 10.89 36.78 68 60.59 10.89 36.78 79 71.91 8.98 22.45 70 63.06 9.91 27.43 75 66.83 10.89 32.81 75 59.63 20.5 119.52 88 65.24 25.86 135.63 82 56.68 30.88 232.99 74 50.13 32.26 192.34 71 51.92 26.88 160.06 76 61.68 18.84 108.22 121 74.6 38.35 230.21 121 74.49 38.44 231.18 72 54.07 24.9 129.1 112 78.13 30.24 228.34 112 78.13 30.24 228.34 95 70.41 25.88 137.29 102 75.6 25.88 138.51 94 68.02 27.64 151.85 97 70.19 27.64 153.22 111 74.55 32.84 195.1 68 54.59 19.72 173.57 92 85.34 7.24 48.69 97 93.99 3.1 48.69 126 66.3 47.38 289.26 20.37 20.4 22.41 22.58 23.16 25.67 28.69 28.84 28.99 23.13 48.91 64.41 65.96 68.72 55.26 57.71 66.52

Unirradiated USE USE @

EOL

% Drop USE RTndt 9.02 13.69 18.04 14.7 19.37 24.38 27.05 27.12 27.12 14.99 22.76 22.76 22.76 40.07 40.85 62.27 67.71 40.4 40.4 40.4 40.52 45.07 45.07 11.1 22.76 22.76 22.76 29.97 67.71 40.57 40.85 40.85 50.17 56.19 61.05 90 70.97 21.15 96.71 82 63.84 22.15 107.1 115 80.43 30.06 138.76 75 52.44 30.08 99.2 84 61.95 26.25 143.5 107 69.54 35.01 228.9 82 55.33 32.52 195.86 86 57.1 33.6 201.9 107 61.04 42.95 279.79 126.3 101.33 19.77 44.21 96 77.12 19.67 76.96 85 68.28 19.67 76.96 89 82.33 7.49 74.15 100 79.39 20.61 88.68 84 64.12 23.67 117.33 89 67.93 23.67 118.7 111.5 66.84 40.05 173.16 103 61.72 40.08 241.02 140 135.79 3.01 46.72 97 73 24.74 136.64 100 78.6 21.4 99.92 65 51.03 21.5 111.13 68 56.27 17.25 63.68 72 59.58 17.25 66.13 111 77.92 29.8 94.38 112 89.24 20.32 118.44

Unirradiated USE USE @

EOL

% Drop USE RTndt 112 89.24 20.32 118.44 67 55.04 17.85 68.69 75 61.16 18.46 67.59 67 54.63 18.46 73.04 88 67.37 23.44 111.69 95 72.23 23.97 114.19 89 68.14 23.44 112 88 66.16 24.82 125.45 73 51.08 30.03 91.84 73 51.08 30.03 91.84 108 66.32 38.59 135.96 86 63.65 25.99 136.27 130 97.14 25.28 71.4 130 79.17 39.1 123.6 160 115.23 27.98 90.15 130 84.54 34.97 153.57 144 112.54 21.85 41.05 113.3 88.54 21.85 40.08 90 70.33 21.85 40.08 106.3 83.07 21.85 40.08 79.3 61.97 21.85 47.84 76 59.39 21.85 56.89 76.7 59.94 21.85 65.94 109.67 79.84 96.34 104.27 71 47.8 32.67 104.27 64 54.3 15.15 62.44 64 54.3 15.15 62.44 65 53.23 18.1 76.86 75 58.29 22.28 55.72 75 58.29 22.28 55.72 75 58.29 22.28 57.06 63.1 50.88 19.36 84.99 109.61 99.27 96 86.6 9.79 9.03 110 99.23 9.79 10.69 102 92.01 9.79 10.69 88 79.38 9.79 10.69 98 88.41 9.79 18.81 88 79.38 9.79 21.38 89 80.29 9.79 24.16 94 84.8 9.79 14.65 83 74.87 9.79 14.65 80 72.17 9.79 17.42 85 75.83 10.79 37.62 71 64.05 9.79 22.97 70 62.81 10.27 29.48 86 77.17 10.27 29.48 102 78.52 23.02 76.01 105 84.51 19.51 44.43 92 68.35 25.71 116.36 74 63.63 14.01 58.44 85 58.1 31.65 112.16 111 85.99 22.53 70.1 107 70.19 34.4 10.91 74 66 10.81 25.5 74 51.84 29.95 47.19 105 89.38 14.88 31.5

Unirradiated USE USE @

EOL

% Drop USE RTndt 80 58.4 27 129.98 43.9 108 95.33 11.73 63.7 81 66.97 17.32 72.96 119 98.39 17.32 72.96 81 66.28 18.17 81.34 81 64.48 20.4 99.27 109 95.63 12.27 44.24 142.45 141.08 141.08 150.3 141.62 52.9 159.51 138 115.4 16.38 19.36 133 109.99 17.3 25.25 109 88.78 18.55 90.16 173.24 212 112 97.52 12.93 45.82 144 112.97 21.55 31.48 109 88.93 18.41 90.24 148.9 172.26 64 52.09 18.61 57.84 57.84 65 52.42 19.35 87.87 100.61 101.48 81.54 126.56 122.3 122.3 73 57.13 21.74 97.58 72 51.01 29.15 153.27 76 53.85 29.15 155.89 111 64.32 42.05 244.04 98 62.48 36.24 271.95 118 76.95 34.79 259.04 118 76.95 34.79 259.04 102 70.7 30.69 182.4 102 70.7 30.69 182.4 87 56.97 34.52 190.88 127 99.77 21.44 26.24 142 111.56 21.44 26.24 90 70.7 21.44 37.69 140 109.98 21.44 38.47 134 105.27 21.44 34.11 200 157.12 21.44 40.33 100 78.56 21.44 48.54 96 75.42 21.44 48.54 83 65.2 21.44 57.73 121 95.06 21.44 26.24 114 89.56 21.44 26.24 105 82.49 21.44 26.24 95 74.63 21.44 37.69 127 99.77 21.44 34.11 126 98.99 21.44 34.11

Unirradiated USE USE @

EOL

% Drop USE RTndt 100 78.56 21.44 41.34 129 101.34 21.44 40.67 100 76.06 23.94 54.02 90 70.7 21.44 37.69 100 78.56 21.44 37.69 100 78.56 21.44 37.69 133 104.48 21.44 34.11 129 101.34 21.44 34.11 156 122.55 21.44 34.11 111 87.2 21.44 34.11 107 84.06 21.44 34.11 114 89.56 21.44 40.67 29.95 82 73.58 10.27 28.77 28.77 31.91 32.3 32.3 33.56 99 82.26 16.91 37.03 97 87.74 9.55 10.02 71 62.28 12.28 50.79 27.27 30.42 30.5 30.5 30.57 32.2 33.54 89 78.68 11.6 37.1 38.57 99 82.66 16.51 35.04 90 76.78 14.69 16.02 112 95.55 14.69 16.02 88 75.07 14.69 21.63 105 89.58 14.69 32.84 84 71.66 14.69 29.64 114 97.25 14.69 29.64 94 80.19 14.69 29.64 104 87.98 15.4 65.68 79 70.33 10.97 31.59 76 67.66 10.97 31.59 80 71.22 10.97 31.83 81 72.11 10.97 31.88 72 63.71 11.52 36.18 81 70.22 13.31 48.6 75 60.81 18.92 83.35 75 59.15 21.14 111.83 75 59.15 21.14 111.83 113 88.98 21.26 91.5 78 65.75 15.71 63.99 77 77 0

44.51 161.83 126.6 70 55.8 20.29 101.77 186.16 208.1 94 84.17 10.46 53.45 117 110.26 5.76 74.94 78 65.74 15.72 63.19

Unirradiated USE USE @

EOL

% Drop USE RTndt 75 55.91 25.46 141.86 224.1 134 102.03 23.86 59.53 143 125.91 11.95 74.01 84 66.54 20.78 61.91 78 74.84 4.05 117.59 84 57.36 31.72 96.51 85 67.01 21.17 54.3 112 84.92 24.18 60.1 106 88.01 16.97 81.29 103 92.21 10.48 109.89 78.5 75.67 3.6 107.26 23.03 28.44 30.34 34.39 37.92 36.6 33.73 33.73 43.12 43.81 19.72 14.79 14.79 23.78 28.22 31.38 35.83 40.76 130 109.3 15.92 36.24 157 132.01 15.92 47.74 79 66.42 15.92 45.08 95 79.88 15.92 51.27 93 78.19 15.92 51.27 96.7 78.12 19.21 107.85 91.3 73.76 19.21 107.85 74 68.78 7.05 61.61 64 61.88 3.32 71.37 62 49.6 20 60.14 79.6 78 61.25 21.47 68.96 73.03 77 58.87 23.55 83.82 74 55.74 24.67 83.82 80 60.74 24.07 98.39 106 69.85 34.1 258.13 112 64.53 42.38 267.3 105 69.4 33.9 109.24 105 65.99 37.15 120.15 105 59.49 43.34 136.62 96.2 70.1 27.13 195.25 96.2 67.45 29.89 220.3 85 62.45 26.53 139.49 93 68.33 26.53 139.49 83 60.98 26.53 140.68 112 77.75 30.58 233.36 112 76.42 31.77 243.67 104 87.76 15.62 117.84 111 72.72 34.49 205.5 91 69.62 23.49 172.23

Unirradiated USE USE @

EOL

% Drop USE RTndt 98 83.35 14.95 159.37 107 86.27 19.37 82.1 103 82.19 20.2 91.38 121 96.56 20.2 91.6 98 78.2 20.2 92.05 97 82.52 14.93 92.8 106 83.46 21.26 100.04 99.7 66.98 32.82 101.17 114 80.68 29.23 190.26 114 76.95 32.5 217.17 96.2 65.03 32.4 192.29 96.2 61.44 36.13 220.45 156 111.68 28.41 13.86 156 111.68 28.41 13.86 156 111.68 28.41 13.86 82 65.12 20.58 35.14 78 61.95 20.58 45.62 77 61.15 20.58 45.62 102 81.01 20.58 45.62 78 64.52 17.28 50.28 115 91.33 20.58 58.57 72 53.64 25.5 127.97 79 56.11 28.98 155.71 111 57.64 48.07 217.2 105 69.34 33.96 114.19 88 70.54 19.84 107.82 100 77.2 22.8 118.66 80 59.12 26.1 67.58 94 76 19.15 77.52 98 74.31 24.17 70.28 88 66.73 24.17 70.28 83 62.82 24.31 80.21 71 54.37 23.42 71.13 93 71.09 23.56 56.05 93 71.09 23.56 56.05 93 71.09 23.56 56.05 136 103.96 23.56 40.6 136 103.96 23.56 54.41 136 102.46 24.66 56.94 145 107.58 25.81 93.64 99 75.68 23.56 88.85 119 90.96 23.56 88.85 124 94.79 23.56 88.85 113 86.38 23.56 88.85 104 79.5 23.56 89.13 118 88.9 24.66 101.98 105 88.54 15.68 60.18 113 91.96 18.62 66.3 136 103.96 23.56 43.2 136 103.96 23.56 54.89 161 123.07 23.56 57.48 161 123.07 23.56 59.53 161 123.07 23.56 59.53 116 88.67 23.56 35.54 115 87.91 23.56 35.54 91 69.56 23.56 41.83 125 115.29 7.77 11.57 136 103.96 23.56 68.21 118 90.2 23.56 42.38 123 92.67 24.66 45.93 105 80.26 23.56 50.58

Unirradiated USE USE @

EOL

% Drop USE RTndt 95 72.62 23.56 50.58 92 70.32 23.56 50.58 158 158 0

27.82 158 158 0

29.94 100 100 0

50.52 94 82.48 12.26 35.14 110 86.17 21.66 33.36 111 85.8 22.7 41.2 106 83.04 21.66 39.77 127 98.17 22.7 41.2 122 94.31 22.7 58.48 124 95.86 22.69 26.58 123 95.09 22.69 34.55 118 91.23 22.69 34.55 109 104.65 3.99 38.46 146 135.55 7.16 44.62 101 93.13 7.79 0

101 93.05 7.87 0

122 95.6 21.64 39.74 129 101.08 21.64 39.74 76 58.15 23.49 97.49 82 62.74 23.49 98.55 82 62.74 23.49 98.55 88 66.36 24.59 109.11 82 58.86 28.22 142.4 103 69.1 32.91 105.06 102 65.85 35.44 110.77 144 84.79 41.12 111.44 112 68.03 39.26 238.49 136 106.99 21.33 43.28 136 106.99 21.33 43.28 115 90.47 21.33 43.28 116 91.26 21.33 46.2 91 71.59 21.33 47.03 96 73.56 23.38 50.9 100 78.67 21.33 55.92 105 82.6 21.33 55.92 113 87.77 22.33 94.24 105 81.55 22.33 94.24 113 85.34 24.48 116.3 84 77.76 7.43 38.46 106 81.21 23.39 68.8 92 70.48 23.39 68.8 107 81.97 23.39 78.24 81 74.09 8.53 41.87 83 63.2 23.86 97.02 103 74.45 27.72 112.94 94 71.57 23.86 97.68 115 87.56 23.86 97.68 83 71.87 13.41 51.44 119.15 123.32 77 43.61 43.36 171.66 171.66 102.75 70 48.3 31 182.66 84 66.24 21.14 87.93 83 63.21 23.84 97.48 104 90.14 13.33 50.71 105 78.79 24.96 110.22 94 67.09 28.63 142.43

Unirradiated USE USE @

EOL

% Drop USE RTndt 90 65.03 27.74 166.21 136.96 136.96 77 52.25 32.14 117.52 107.37 92 83.33 9.42 9.83 140 126.81 9.42 14.92 126 114.13 9.42 14.92 134 121.38 9.42 14.92 127 115.04 9.42 14.92 114 103.26 9.42 19.66 192 173.91 9.42 19.66 21.11 88 79.71 9.42 23.77 29.34 78 69.86 10.43 28.96 31.03 31.32 92 83.25 9.51 9.96 15.13 140 126.69 9.51 15.13 126 114.02 9.51 15.13 134 121.26 9.51 15.13 127 114.92 9.51 15.13 114 103.16 9.51 19.93 137 123.97 9.51 19.93 192 173.74 9.51 19.93 73 65.71 9.98 30.26 94 85.48 9.06 21.71 76 69.11 9.06 21.71 24.1 125 113.11 9.51 24.55 84 74.75 11.01 33.95 34.32 109 92.06 15.54 46.26 81 68.02 16.02 54.69 98 83.67 14.62 54.69 81 67.54 16.62 67.96 112 92.49 17.42 76.34 143.67 180.77 198.98 198.98 205.38 93 81.81 12.03 18.48 100 81.9 18.1 54.19 99 85.67 13.46 52.19 65 47.83 26.41 212.62 124.92 88 69.36 21.18 39.34 86 82.6 3.95 6.8 103 89.14 13.46 52.4 65 38.25 41.15 212.62 124.92 10.1 89 82.24 7.6 13.92 15.55 16.96 18.98 134 131.55 1.83 3.68

Unirradiated USE USE @

EOL

% Drop USE RTndt 116 92.61 20.16 39.72 113 90.22 20.16 42.63 107 103.9 2.9 32.83 118 94.21 20.16 50.74 90 71.86 20.16 64.3 100 79.84 20.16 64.3 85 79.63 6.32 15.34 84 67.38 19.79 36.89 152 142.23 6.43 16.76 90 84.21 6.43 16.76 104 83.42 19.79 44.03 83 66.57 19.79 44.03 87 69.78 19.79 52.36 95 76.2 19.79 52.36 97 74.85 22.83 26.76 90 69.45 22.83 26.76 94 72.54 22.83 26.76 106 81.8 22.83 36.13 129 99.55 22.83 46.83 94 72.54 22.83 26.76 106 81.8 22.83 26.76 94 72.54 22.83 26.76 166 128.1 22.83 59.41 134 104.39 22.1 88.67 88 68.55 22.1 66.5 172.13 8.72 8.75 90 82.33 8.52 10.11 14.88 95 86.91 8.52 13.28 14.88 91 82.01 9.88 34.88 97 86.94 10.37 39.41 31.94 34.67 32.4 32.4 38.13 38.13 35.64 35.64 149 132.7 10.94 34.34 98 87.28 10.94 34.34 127 101.38 20.17 31.49 127 101.38 20.17 31.49 135 107.77 20.17 37.54 100 79.83 20.17 44.81 89 79.24 10.97 43.51 87 69.45 20.17 70.24 87 71.73 17.55 38.96 117 90.7 22.48 88.32 85 67.19 20.95 93 89 69.46 21.95 100.6 83 63.01 24.08 120.28 132.46 132.46 184.23 227.94 109 89.49 17.9 62.23 81 64.08 20.89 92.89

Unirradiated USE USE @

EOL

% Drop USE RTndt 96 76.83 19.97 100.77 89 70.41 20.89 93.58 92 70.91 22.92 110.28 190.94 149.55 208.21 170.12

v t e Letter Sequence Request
CAC:MF6448, (Withdrawn, Closed)
Initiation Request, Request, Request, Request, Request, Request, Request, Request, Request, Request Acceptance Administration Questions 9 January 2015 28 January 2015 Answers 12 November 2014 28 January 2015 28 January 2015 17 September 2015 Results Withdrawal Other: ML15201A851
MONTHYEAR2015-10-19 [Table View]

ML15204A362

Text

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