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| Sd dry densify ASTu/ aisle-TI 8 Mognelic vector inde/erminois SAMPLE TYPE Dri ve Sample Filcher Tube Sample NR Core, Hc InCicalti % Recovery Paleomapnetic Reverso/ | | Sd dry densify ASTu/ aisle-TI 8 Mognelic vector inde/erminois SAMPLE TYPE Dri ve Sample Filcher Tube Sample NR Core, Hc InCicalti % Recovery Paleomapnetic Reverso/ |
| R iss ID szr DE 6 W | | R iss ID szr DE 6 W |
| w | | w 0 R I PT I 0 N 5 depth elevation Sliindard Pens/Talion Tref, 'IV"votre Asrw older-sr Lifholopic descriptions were compiled ftom peolopisls field lope, CONTENT lobonitiiry leal dale, ond down-hole prophysics Field lope were NiiCARBONATE piepsredin occordoncs <<ith ASTM D2488-6'9 Classificahons |
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| 0 R I PT I 0 N 5 depth elevation Sliindard Pens/Talion Tref, 'IV"votre Asrw older-sr Lifholopic descriptions were compiled ftom peolopisls field lope, CONTENT lobonitiiry leal dale, ond down-hole prophysics Field lope were NiiCARBONATE piepsredin occordoncs <<ith ASTM D2488-6'9 Classificahons | |
| + SilghHI'sactivii Reochoii based on hiborolory /esl dohi herein accordance mlh ASTM tp | | + SilghHI'sactivii Reochoii based on hiborolory /esl dohi herein accordance mlh ASTM tp |
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| Moderately Reactive 02O87.69. Rock descriptions /CHcw procodu es CCHlned in fhe QUARTERLY OF THE COLORADO SCHOOL OF MINES, Volume 50, | | Moderately Reactive 02O87.69. Rock descriptions /CHcw procodu es CCHlned in fhe QUARTERLY OF THE COLORADO SCHOOL OF MINES, Volume 50, |
| + Hiphly Reoctivs Ho I Descrplions for rotary borinps oro based upon cuttinps Ibosed on somple reac/Ion lo a ION HCI solution) samples, poophysicol lops ond drHlrrs'con/ments UNITS Itn/Is column refers /o psneral stratigraphic Civisions Identified wilhin fhe bosin seC/ments LOG OF BORING PV-5}} | | + Hiphly Reoctivs Ho I Descrplions for rotary borinps oro based upon cuttinps Ibosed on somple reac/Ion lo a ION HCI solution) samples, poophysicol lops ond drHlrrs'con/ments UNITS Itn/Is column refers /o psneral stratigraphic Civisions Identified wilhin fhe bosin seC/ments LOG OF BORING PV-5}} |
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Category:Graphics incl Charts and Tables
MONTHYEARML18194A0772018-12-13013 December 2018 Log of Boring PV-53 ML18194A0942018-08-0606 August 2018 Log of Boring PV-44 ML18194A0952018-08-0606 August 2018 Log of Boring PV-45 ML18194A0962018-08-0606 August 2018 Log of Boring PV-46 ML18194A0922018-08-0606 August 2018 Log of Boring PV-43C ML18194A0872018-08-0606 August 2018 Log of Boring PV-62 ML18194A0912018-08-0606 August 2018 Log of Boring PV-43B ML18194A0902018-08-0606 August 2018 Log of Boring PV-43A ML18194A0892018-08-0606 August 2018 Log of Boring PV-43 ML18194A1562018-07-13013 July 2018 Log of Boring PV-3 ML18194A1032018-07-13013 July 2018 Log of Boring PV-35. ML18194A1012018-07-13013 July 2018 Log of Boring PV-34. ML18194A1592018-07-13013 July 2018 Log of Boring PV-6 ML18194A1472018-07-13013 July 2018 Log of Boring PV-12 ML18194A1402018-07-13013 July 2018 Log of Boring PV-16 ML18194A0462018-07-13013 July 2018 Figure, Profile 1-2. ML18194A0452018-07-13013 July 2018 Figure 2.5-27, Palo Verde Hills, Profile 3-4 ML18194A1452018-07-13013 July 2018 Log of Boring PV-19 ML18194A1052018-07-13013 July 2018 Log of Boring PV-36. ML18194A1382018-07-13013 July 2018 Log of Boring PV-24 ML18194A1572018-07-13013 July 2018 Log of Boring PV-4 ML18194A0372018-07-13013 July 2018 Boring Projected Onto Line of Profile ML18194A1512018-07-13013 July 2018 Log of Boring PV-9 ML18194A3512018-07-13013 July 2018 Figure 2C-4, Geophysical Drill Hole Logs, GDDH-5, Gillespie Dam Alternate Siting Area ML18194A1552018-07-13013 July 2018 Log of Boring PV-2 ML18194A0712018-07-13013 July 2018 Log of Boring PV-48 ML18194A1582018-07-13013 July 2018 Log of Boring PV-5 ML18194A0722018-07-13013 July 2018 Log of Boring PV-49 ML18194A1312018-07-13013 July 2018 Log of Boring PV-27. ML18194A1522018-07-13013 July 2018 Log of Boring PV-10 ML18194A1442018-07-13013 July 2018 Log of Boring PV-18 ML18194A1502018-07-13013 July 2018 Log of Boring PV-15 ML18194A1532018-07-13013 July 2018 Log of Boring PV-11 ML18194A1612018-07-13013 July 2018 Log of Boring PV-1 ML18194A1492018-07-13013 July 2018 Log of Boring PV-14 ML18194A1482018-07-13013 July 2018 Log of Boring PV-13 ML18194A1432018-07-13013 July 2018 Log of Boring PV-17 ML18194A1462018-07-13013 July 2018 Log of Boring PV-20 ML18194A3532018-07-13013 July 2018 Figure 2C-6, Geophysical Drill Hole Logs, GDDH-7, Gillespie Dam Alternate Siting Area ML18194A1362018-07-13013 July 2018 Log of Boring PV-23. ML18194A1352018-07-13013 July 2018 Log of Boring PV-22. ML18194A1332018-07-13013 July 2018 Log of Boring PV-21. ML18194A1602018-07-13013 July 2018 Log of Boring PV-7 ML18194A1292018-07-13013 July 2018 Log of Boring PV-26. ML18194A1272018-07-13013 July 2018 Log of Boring PV-31. ML18194A1252018-07-13013 July 2018 Log of Boring PV-30. ML18194A1232018-07-13013 July 2018 Log of Boring PV-29. ML18194A1212018-07-13013 July 2018 Log of Boring PV-25. ML18194A1192018-07-13013 July 2018 Log of Boring PV-28. ML18194A1172018-07-13013 July 2018 Log of Boring PV-42. 2018-08-06
[Table view] Category:Drawing
MONTHYEARML23181A1702023-06-30030 June 2023 2 to Updated Final Safety Analysis Report, Figures ML23181A1692023-06-30030 June 2023 2 to Updated Final Safety Analysis Report, Figures ML23181A1682023-06-30030 June 2023 2 to Updated Final Safety Analysis Report, Figures ML23181A1672023-06-30030 June 2023 2 to Updated Final Safety Analysis Report, Figures ML21201A2652021-06-30030 June 2021 Updated Final Safety Analysis Report, Revision 21, Chapter 10 Through Chapter 19, Figures (Redacted) ML21201A2612021-06-30030 June 2021 Updated Final Safety Analysis Report, Revision 21, Chapter 2.5 Through Chapter 3, Figures (Redacted) ML21201A2662021-06-30030 June 2021 Updated Final Safety Analysis Report, Revision 21, Chapter 4 Through Chapter 9, Figures (Redacted) ML19205A2202019-06-30030 June 2019 Updated Final Safety Analysis Report, Revision 20, Figures, Chapter 1 Thru Chapter 2.4 (Redacted) ML19205A2222019-06-30030 June 2019 Updated Final Safety Analysis Report, Revision 20, Figures, Chapter 4 Thru Chapter 9 (Redacted) ML19205A2232019-06-30030 June 2019 Updated Final Safety Analysis Report, Revision 20, Figures, Chapter 10 Thru Chapter 19 (Redacted) ML19205A2212019-06-30030 June 2019 Updated Final Safety Analysis Report, Revision 20, Figures, Chapter 2.5 Thru Chapter 3 (Redacted) ML18277A3032018-09-21021 September 2018 Third 10-Year Interval Inservice Inspection Program Update, Part 2 of 7 ML18194A0952018-08-0606 August 2018 Log of Boring PV-45 ML18193A8982018-08-0606 August 2018 Figure 9.2-4, Demineralized Water System Water Pretreatment Subsystem. ML18194A0872018-08-0606 August 2018 Log of Boring PV-62 ML18193A8992018-08-0606 August 2018 Figure 9.2-5, Demineralized Water System Water Demineralizer Subsystem. ML18194A0942018-08-0606 August 2018 Log of Boring PV-44 ML18192B8852018-07-30030 July 2018 Map 3-2, Proposed Palo Verde-Devers Transmission Line, Summary of Anticipated Impacts Kofa. ML18192B8872018-07-30030 July 2018 Map 3-4, Proposed Palo Verde-Devers 500KV Transmission Line, Vegetation Impacts ML18192B8862018-07-30030 July 2018 Map 3-3, Proposed Palo Verde-Devers 500KV Transmission Line, Geotechnical Sensitivity Excluding Soils. ML18192B8892018-07-30030 July 2018 Map 3-6, Proposed Palo Verde-Devers 500KV Transmission Line, Recreation Impacts. ML18193A0792018-07-30030 July 2018 Figure 10.4-8, Basic Flow Diagram Feedwater System. ML18193A0822018-07-30030 July 2018 Figure 11.2-2 P&I Diagram Liquid Radwaste System. ML18192B8922018-07-30030 July 2018 Map 3-9, Proposed Palo Verde-Devers 500kv Transmission Line, Cultural Resource Impacts. ML18192B8902018-07-30030 July 2018 Map 3-7, Proposed Palo Verde-Devers 500KV Transmission Line, Wilderness Impacts. ML18193A0802018-07-30030 July 2018 Figure 10.4-9, Auxiliary Feedwater System. ML18192B8912018-07-30030 July 2018 Map 3-8, Proposed Palo-Verde 500KV Transmission Line, Visual Impacts. ML18192B8882018-07-30030 July 2018 Map 3-5, Proposed Palo Verde-Devers 500 Kv Transmission Line, Land Use Impacts. ML18192C0052018-07-18018 July 2018 Drawing 13-E-ZJC-034, Rev. 0, Control Bldg Conduit Arrangement Plan at El 74ft Level Ab. ML18192B8372018-07-18018 July 2018 Figure 1, Red Lake Canyon - Mohave, Bridge Canyon Country Estates, Alternative Segments. ML18194A2582018-07-13013 July 2018 Drawing, Unit 3 Power Block Excavation, Vertical Projection of Map Area, 44. ML18194A1552018-07-13013 July 2018 Log of Boring PV-2 ML18194A3672018-07-13013 July 2018 Figure 2E-2, Geomorphic Profiles, A-A' and B-B'. ML18194A2542018-07-13013 July 2018 Drawing, Unit 3 Power Block Excavation, Vertical Projection of Map Area, 37. ML18194A0702018-07-13013 July 2018 Log of Boring PV-64 ML18194A2772018-07-13013 July 2018 Drawing, Unit 3 Power Block Excavation, Vertical Projection of Map Areas, 1 + 2. ML18194A1562018-07-13013 July 2018 Log of Boring PV-3 ML18194A0522018-07-13013 July 2018 Site Property ML18194A0692018-07-13013 July 2018 Log of Boring PV-63 ML18194A1582018-07-13013 July 2018 Log of Boring PV-5 ML18194A3692018-07-13013 July 2018 Figure 2E-5, Location of Gila River Terraces and Major Photo Lineaments. ML18194A0582018-07-13013 July 2018 Figure 2.5-8, Sections Through Site Vicinity. ML18194A1612018-07-13013 July 2018 Log of Boring PV-1 ML18194A2602018-07-13013 July 2018 Drawing, Unit 3 Power Block Excavation, Vertical Projection of Map Area, 32. ML18194A2612018-07-13013 July 2018 Drawing, Unit 3 Power Block Excavation, Vertical Projection of Map Area, 33 + 34. ML18194A1572018-07-13013 July 2018 Log of Boring PV-4 ML18194A1602018-07-13013 July 2018 Log of Boring PV-7 ML18194A0452018-07-13013 July 2018 Figure 2.5-27, Palo Verde Hills, Profile 3-4 ML18194A0462018-07-13013 July 2018 Figure, Profile 1-2. ML18194A0672018-07-13013 July 2018 Figure 2.5-86, Location of Gila River Terraces in Relation to Lineaments. 2023-06-30
[Table view] |
Text
NATURAL GAMMA LOG INCREASING RADIATION COUNTS PER SECOND
~ BASIC PROPERTIES SOIL LITHOLOGIC DESCRIPTIONS DATA UNITS L CARBONATE CONTENT PA LEO-MAGNETIC POLARITY IB POSITIVE 75 95 115 135 155 175 195 PI Sd u/c 100 50 I20 0 2 0 30 -+ 0+ e---
29 20 Ight o, tcdrnse. d y, ELEV 958 5IL TT'AND WITH Gh'AVEL, (SM),
0 loose 6
sc He ed co/nhr nodules 14 12 20 CIAYF Y 5/I.T, (htL), bvow brown, med V GRAVFL2 SIL 7Y 5ANDI(5M. Ght),
24 WEASUAES WATER LEVEL 20 40 ' ' ..
Cense,m ist, cf um dense, moist 5/LTY SAND,(SM),ohhrd b own, msdnlm I 34 49 CLAVEY 98 ST Te shff, SILT, /ML) red-brown, very must/ hf speck scattered co/ clio nodules el I
99 ore7Yca/<<he SIL CLAY, (CL) brown, rhlf mr si, nodules 64 99 94 El P 107 102 91 CLAYEV SILT, (ASL),hghl bro n, shff, moist', frrguent s 6
lfy cloy inlerbeCS 122
'f33 132 142
~9 dehse, 5ILTV SAND. (SM) brown, medium mots/I scrlterrd dandy It s 152 I /creeds 80 SANDY SILT, (ML), ree'crown CLAYEYsc SAND/(SC).rso'-I
/ter d gravel.
o n, dens mwrh 91 SILTY CLAV WITH SAI'D, (CL CH),
Iwd 9/0 I fc sr, mo st 66 (5'C-CL),vol CLAYEY G/TAVEL AND GRAVFLLY CL4V; o ic brie/ca nlohm 69 inc Caret w th drpth; cobbles ii d bou(dere ob ndant, po holly 90 cr e tdfon L oQ*
FANGLGIAFRATFI ed- bro 0
a;.
2'0 I angular I'o rou ded, m /red volcan c closts n a silty sand n, hard/
L4 W matric; clasts range n s ze /corn LSWLA greival ta boulders.
~
lbn LP TIIFF, white, moderately hard P gib L J.
34 '? -?+
+i+ AA'DESITEI
+ 5 gray, hard/sucked al 92
+ olivine arid pyrovene pneno-
++ crysts m an ophamhc ground.
mass; vesicular, moderately
?+ 0 /racfuved.
+ +
+ ++
+ +
+++ 8A5ALTI d A gray fared, hard,
++++ aphanlh,rare fervomag s phenocrysts, locally v rico/or 98
+++ /rect ed 100
+ ++
+ +
47 ++++ +
++++4 TD- /FSD/
50 SAMPLE LOCATION ~ DEPTH (FEET) ~
SYMBOL EXPLANATION ENGINEERING PARAMETERS PALEOMAGNETIC POLARITY Pl ploshcity indes ssfu orzz Iistzi /nchnation of remi/ant miipnelic vector in general ogreemen/
(I (e)
~
minue 200 percent piissinp 200 sieve As Tu ' rzs with or opposifion lo the present maga/bc W/0 percent mo stere AsTHI ooze I/I'7/I field.
Sd dry densify ASTu/ aisle-TI 8 Mognelic vector inde/erminois SAMPLE TYPE Dri ve Sample Filcher Tube Sample NR Core, Hc InCicalti % Recovery Paleomapnetic Reverso/
R iss ID szr DE 6 W
w 0 R I PT I 0 N 5 depth elevation Sliindard Pens/Talion Tref, 'IV"votre Asrw older-sr Lifholopic descriptions were compiled ftom peolopisls field lope, CONTENT lobonitiiry leal dale, ond down-hole prophysics Field lope were NiiCARBONATE piepsredin occordoncs <<ith ASTM D2488-6'9 Classificahons
+ SilghHI'sactivii Reochoii based on hiborolory /esl dohi herein accordance mlh ASTM tp
+
Moderately Reactive 02O87.69. Rock descriptions /CHcw procodu es CCHlned in fhe QUARTERLY OF THE COLORADO SCHOOL OF MINES, Volume 50,
+ Hiphly Reoctivs Ho I Descrplions for rotary borinps oro based upon cuttinps Ibosed on somple reac/Ion lo a ION HCI solution) samples, poophysicol lops ond drHlrrs'con/ments UNITS Itn/Is column refers /o psneral stratigraphic Civisions Identified wilhin fhe bosin seC/ments LOG OF BORING PV-5