ML18194A145
| ML18194A145 | |
| Person / Time | |
|---|---|
| Site: | Palo Verde  |
| Issue date: | 07/13/2018 |
| From: | Arizona Public Service Co |
| To: | Office of Nuclear Reactor Regulation |
| References | |
| Download: ML18194A145 (1) | |
Text
IOO l20 I40 l60 I80 200 220 NATURAL GAMMA LOG INCREASING RADIATION~
COUNTS PER SECOND Ea Pt 2
/c 90 I00 60 I20 BASIC SOIL PROPERTIES ELEV9S4'Q POSITIVE e---
LITHOLOGIC DATA PALEO CARBONATE MAGNETIC DESCRIPTIONS UNITSY CONTENT POLARITY 20
SILTY SAHID ARID SANDVSILT (SM-ML),lttght brawn LAYEY SIL.T AND SILTYCLAV/
(ML CL), drown, stratrfted 40 60 60 mu ou r 94NDY SILT WITH GRAVEL ARID CL.AYEY SILT I(AIL),hcown, oacomortal clay hormonf
/20 SANDY SH.T AND CLAYEY SIL.TI (ML),brown.
l4 REAEVREC WATER LEVEL
/60 20 SMTY CLAY AND CLATEY Ster/
(cH. ZL-ML),red. Drown,ocean/on sandy s /I nu t one 240 00 SILTY5ANDS ANP f INPV f/LTS/
I'fM-HIL),b w,d sa p su bly erne r d bu'on 992 50 360 360 400 42
.:J,IJ.
b 'O.
Li: YJ,(
lI;.PY 0
Iu.)iph Oivi62 I
. IL:
'20.'. o'.
r C,g".
'0 J. 'J:
+++
FAVVG'2DMFITATE.P
ANDESiTE, dor k gray,hard ves color.
eathered.
TD
-424'40 460 460 300 620 640 SAMPLE LOCATION~
DEPTH (FEET) y SYM BOL EXPLANATION ENGINEERING PARAMETERS Pl plus/ city inde minus 200 percent passing 200 sieve Yl/0 percent moisture Sd dry density AZT'u ouzz (tilts/
ASIA/ O SZS AZTH 0424 Hsta A S Tu.'
Z2 I S - TI SAMPLE TYPE Drive Sample P /cher Tube Sample NK Core,h'c Indicates
% Recovery Stonda d Penetration Test, t"N aloe Asm oises-st CARBONATE CONTENT No React'on T.
Shghtty React ve fPMode ately React/vs
+ Highly Reactive
+
/based on sample reaction lo a IDN HCI UNITS solution/
Itn Is column rsfe s lo gene ol straligraphtc d/vtsions iditnhfted utlhin the basin sed ments PALEOMAGNETIC POLARITY Incination of remnanl magnetic vector in generol ogrssmenl with (II)) or oppos tion
/o f (3 I the present magna/to
/Isla 8hfagnel c vecfor mdelermtnate H depth Poleamagnetic IZS Reversal~
ID ezrv elevation D E 6 0 R I PT I0 N6 Ltthologic descnpl one were compiled fram geologists fluid tops, htborolory test dale, and down-hole geophysics Field logs were prepared in accordance ith ASTM D2488-69 Classificahons based on laboratory /esl do/a orein accordance with ASTM D2482.69. Roc'* descr pitons follow procedures outlined in the OUARTERLY OF THE COLORADO SCHOOL OF MINES, Vo/orna 50, No I Descnptions for ~otary borings ore based upon cuninps
- samples, geophys col logs ond drRlers'comments LOG OF BORING PV-IB