ML13172A289

Shine Medical Technologies V. 0 - Chapter 02 - Figures 2.5-001 Through 2.5-006

ML13172A289
Person / Time
Site:	SHINE Medical Technologies
Issue date:	05/31/2013
From:	Bynum R Shine Medical Technologies
To:	Document Control Desk, Office of Nuclear Reactor Regulation
J Costedio
References
SHINE, SHINE.SUBMISSION.2, SHN.PSAR.P, SHN.PSAR.P.0
Download: ML13172A289 (6)

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Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Site Vicinity Map SHINE SITE ROCK RIVER SHINE SITE 1 0 1 SCALE MILES LEGEND REFERENCE

     

SHINE SITE SHINE Medical Technologies Rev. 0

Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Map of Physiographic Sections SHINE Medical Technologies Rev. 0

Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Tectonic Provinces Map ARCHEAN AND PALEOPROTEROZOIC GEOLOGIC PROVINCES LATE PROTEROZOIC AND MESOPROTEROZOIC GEOLOGIC PROVINCES e e Lak erior Lak erior Sup Sup Lake Lake Huron Huron RQ MCR Lake MCR Michigan CPO EGR 186 0 186 300 0 300 186 0 186 300 0 300 APPROXIMATE SCALE MILES APPROXIMATE SCALE KM APPROXIMATE SCALE MILES APPROXIMATE SCALE KM LEGEND CENTRAL PLAINS OROGEN (INCLUDES STRATIGRAPHIC CONTACT (DASHED WHERE APPROXIMATED) SHINE SITE YAVAPAI AND MAZATZAL PROVINCES)

HIGH-ANGLE FAULT SUPERIOR PROVINCE STRIKE-SLIP FAULT PREDOMINANT RELATIVE DISPLACEMENT REFERENCE MINNESOTA RIVER PROVINCE THRUST FAULT 1.) SIMS ET AL., 2005.

PENOKEAN OROGEN (INCLUDES PEMBRINE-WAUSAU AND MARSHFIELD TERRANES)

MIDCONTINENT RIFT SOUTHERN GRANITE RHYOLITE PROVINCE EASTERN GRANITE RHYOLITE PROVINCE RHYOLITE-QUARTZ ARENITE BELT SHINE Medical Technologies Rev. 0

Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Generalized Regional Geologic Map 93° W 92° W 91° W 90° W 89° W 88° W 87° W 86° W 85° W

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³ 93° W 92° W 91° W 90° W 89° W 88° W 87° W 86° W LEGEND

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! SHINE SITE State Boundary 200 Mile (322 KM) Radius Fault and Open Water Fold Trend Geologic Time Generalized Geologic Units 60 30 0 60 Jurassic Mudstone, shale MILES Pennsylvanian Coal, limestone, sandstone, shale or clay shale SCALE Mississippian Limestone, shale or clay shale 100 50 0 100 KM Devonian Carbonate, sandstone SCALE Silurian Dolomite, silty limestone REFERENCE Ordovician Conglomerate, dolomite, limestone, sandstone, shale Bedrock geology map from Garrity and Soller (2009). Geologic GARRITY, C.P., AND SOLLER, D.R., 2009.

units generalized from references cited in report.

Cambrian Dolomite, sandstone, shale

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Early Proterozoic Quartzite

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Early Proterozoic Felsic Rocks Wolf River Batholith Early Proterozoic Volcanic Rocks Early and Middle Granitic Rocks Proterozoic

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Late Archean Orthogneiss

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SHINE Medical Technologies Rev. 0

Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Generalized Regional Structural Geologic Map 92° 0' 0" W 90° 0' 0" W 88° 0' 0" W 86° 0' 0" W EAU PLEINE WISCONSIN SHEAR ZONE DOME 44° 0' 0" N WABASHA AND 44° 0' 0" N GOODHUE COUNTY FAULTS W IS S IN HOUSTON COUNTY CON FAULTS T UL BAS F A NTY IN D

H ME OU A RC NA K C MOWER COUNTY FAULTS MINERAL POINT U N R OC HIGA ANTICLINE IN N MADISON FAULT MIC WAUKESHA FAULT MEEKERS GROVE ANTICLINE JANESVILLE 42° 0' 0" N GALENA SYNCLINE FAULT 42° 0' 0" N AMANA KA NE NK FAULT ULT ZO A IVER FA KE PLUM R O NE EA T Z OQUAWKA FAUL RC TON H ANTICLINE - CLIN CIT Y SA SP IOW A ND WI ER CH RY FA ZONE OF BURLINGTON AN AN UL COOK ANTICLINE TZ TI E L L IUM CL ON COUNTY LT R ILLINOIS SA OR IN E VE FA FAULTS IVER A E

RI E U K LIN BASIN LA LIN ER T IC UN IC RCH T CE SK A N T ES NT AS S H E LD RL T HA EN OY U T FO C AL SO W A . AM ST IN E R IP PI R IO L BENTONSPORT MISSIS ANTICLINE 40° 0' 0" N S

PEORIA FOLDS 40° 0' 0" N WABASH VALLEY LIQUEFACTION FEATURES 92° 0' 0" W 90° 0' 0" W 88° 0' 0" W 86° 0' 0" W LEGEND SHINE SITE 200 MILE (322 KM) RADIUS REVERSE FAULT (SAWTEETH ON HANGING WALL)

ANTICLINE GENERALIZED DOME AND BASIN SYNCLINE FAULT (HATCHURES ON DOWNTHROW SIDE) 62 0 62 REFERENCES SCALE MILES

          100 0 100

    

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Chapter 2 - Site Characteristics Geology, Seismology, and Geotechnical Engineering Figure 2.5 Regional Magnetic Anomaly Map and Structural Interpretation 96° 0' 0" W 92° 0' 0" W 88° 0' 0" W 84° 0' 0" W 80° 0' 0" W MCR 44° 0' 0" N 44° 0' 0" N MCR R

MC 40° 0' 0" N 40° 0' 0" N 124 0 124 APPROXIMATE SCALE MILES 200 0 200 APPROXIMATE SCALE KM 96° 0' 0" W 92° 0' 0" W 88° 0' 0" W 84° 0' 0" W LEGEND SHINE SITE MCR MIDCONTINENT RIFT 200 MILE (322 KM) RADIUS HIGH-ANGLE FAULT - CHIEFLY TRANSCURRENT SHEARS AND FAULTS OF LATE PALEOPROTEROZOIC -

MESOPROTERZOIC AGE, BUT INCLUDES FAULTS OF LATE ARCHEAN AGE IN NORTHERN MIDCONTINENT. ARROWS INDICATE RELATIVE DISPLACEMENT WHERE KNOWN. SOLID LINE, BASED CHIEFLY ON GEOLOGIC DATA; DASHED LINE, BASED CHIEFLY ON MAGNETIC DATA. NOTE: SAME DISTINCTION APPLIES TO STRUCTURES FOLLOWING:

DUCTILE SHEAR ZONE; MAINLY OF LATE PALEOPROTEROZOIC AGE BOUNDARY OF MAJOR RIFT ZONE OF LATE MESOPROTEROZOIC (MIDCONTINENT RIFT) AND CAMBRIAN (REELFOOT RIFT) AGE THRUST FAULT OF MESOPROTEROZOIC (~1.1 Ga) AGE THRUST FAULT OF PALEOPROTEROZOIC AGE ASSOCIATED WITH SUTURE ZONES. SOLID LINE, BASED CHIEFLY ON GEOLOGIC DATA; DASHED LINE BASED CHIEFLY ON MAGNETIC DATA.

REFERENCE 1.)   

2.)   .

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