ML18194A129: Difference between revisions

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| number = ML18194A129
| number = ML18194A129
| issue date = 07/13/2018
| issue date = 07/13/2018
| title = Log of Boring PV-26.
| title = Log of Boring PV-26
| author name =  
| author name =  
| author affiliation = Arizona Public Service Co
| author affiliation = Arizona Public Service Co
Line 15: Line 15:


=Text=
=Text=
{{#Wiki_filter:NATURAL GAMMA LOG INCREASING    RADIATION COUNTS DER SECOND
{{#Wiki_filter:IIO I30 I50 ITO I90 2/0 230 NATURAL GAMMA LOG INCREASING RADIATION~
                                    ~                                    BASIC PROPERTI ES SOIL Sd 90 Ioo no I20 LITHOLOGIC DESCRIPTIONS DATA UNITS Y CARBONATE CONTENT e
COUNTS DER SECOND 100 57 ol 2
PALEO-MAGNETIC POLARITY e---
Sd
POSITIVE IIO I30   I50       ITO       I90         2/0       230           ol 2
<</c 90 Ioo no 0
                                                                            <</c     0 2 0                 ELEV- 892'                                     +  0+
2 I20 BASIC SOIL PROPERTI ES 0
5/LTV'AND IV/TH GAAVEL./SM).               5
20 40
                                                                                                                    /ight Drown, loose, grave/ claeto
+
                                                                                                        +          predom non/tv olcan co                     4 100 20            GAGALT,       plack, nord, vedic /ar fo mosm e, vemcles NH d w th
+4 4 ELEV-892' 5/LTV'ANDIV/TH GAAVEL./SM).
                                                                                                    +4      4      secondary       co/c te.
/ight Drown, loose, grave/ claeto predom non/tv olcan co
57 40 5ILTY SAND5TCNE, contact             one
 
                                                                                                                ~SILT/'LAY',(CL.CH) ied Drown 60             ~SILTY 5AND,(SM) Dro n,angular poorly sorted, dense, m caceous eo           ~SILTY CLAY, (CL j, D~o~n, I rm, moisft scattered cal che nor/sons                                 B5 SB loo 5ILTY SAIUD WITH GLAVEL;(SM).
GAGALT, plack, nord, vedic /ar fo mosm e, vemcles NH d w th secondary co/c te.
0 ~
5ILTY SAND5TCNE, contact one
jhrown, medium           de se, mors>,
~SILT/'LAY',(CL.CH) ied Drown 5
Ieo R lst lo tss  0 137 l4 I- SILTY CLAY, (CL-LH) red.     6                                   l45 ery shff, mmet l60 CLAYEI'ILT,(ML),hro ri, ni oooo angular, SII.TY e
4
SAND,(SM),hro dense, mo st n, e 5
+
                                                                                                                ~SILTY CLAY AND            CLAYEY 5fLTI (cc AIL), arawn, v       ry eh/i, ma/ill, s'trahhed, 5/LTY CIA/; (CL-CII), red-hr shrt ta very sfi/I, slightly mo stl colche nod les         ahtn specks 240 260 00 TD-5025 340 360 3eo 400 420 440 500 520 540 SAMPLE       LOCATION   ~                   DEPTH (FEET) Y SYM BOL EXPLANATION ENGINEERING PARAMETERS                                                                          PALEOMAGNETIC POLARITY Pl pins/ c ly ndev                 AS/AI DA22    filit2/          Inchnahor, of remnant mopmlic vector in general agreemenf shih ((P I oi opposn'ion Io f (3 I the present magnetic
0+
                                                                                                                          ~
e POSITIVE e---
m nvs 200         percent passing 200 sieve       At tN D A22 WIG               percent mast ie                 Astu DA24 herl/                 field
LITHOLOGIC DATA PALEO-CARBONATE MAGNETIC DESCRIPTIONS UNITS Y CONTENT POLARITY 60
                                                                                  -ti              8
~SILTY5AND,(SM) Dro n,angular poorly sorted, dense, m caceous eo loo 0
                                                                                                                                              ~
~
Sd                d y density                    4 Sin/ D 22/s                           Mogn eke  vector i nde term/no le w      depth SAMPLE TYPE                                                                    Paleomognetic            IT /2s D<<ve Sample                                                                           Reversal                io est elevation p /cher Tost sample Ns   core,ND Indian/as % Recovery                                                                           DESCRIPTIONS ss  Slondo   d Penelnrlon Tes/, iV valve       Asm oisee-sr                   Li/ha/og c descriptions were compiled fram geologists held lope, losoralory tesf date, ond down-hole peophysics Field logs were CARBONATE
Ieo l4 l60
                              /tenet CONTENT prepared in accordance with ASTM DZ488-69 Classlficahons
~SILTYCLAY,(CLj, D~o~n, I rm, moisft scattered cal che nor/sons 5ILTY SAIUD WITH GLAVEL;(SM).
: 4.
jhrown, medium de se, mors>,
No          on Sl ghhy Reocl    ve olrsed on loDoiolory test data Drain occordonce with AsTA/
I-SILTY CLAY,(CL-LH)red. 6 ery shff, mmet CLAYEI'ILT,(ML),hro ri, ni oooo e
Q  Moderately        Reactive DZ487-5'9. Race descnptions follow proceduies outlined in Ihe
 
                  +      8 pMy  Reaciive QUARTERLY OF THE COLORADO SCHOOL OF MINES, Vo/ume 50,
SII.TY SAND,(SM),hro n, e 5 angular, dense, mo st B5 SB
                  +                                                                                  No I Descriptions for olary Darngs ore Dosed upon cvth'nps faosed on sample react      Dn  lo o IDN  Hci solution)                      samples, goophysica/ logs ond drillers'comments UNITS Vmls column it/cia lo general s/ oligrophic diwsions idenhfied wtlhin Ihe Dosin ssd ments LOG OF BORING               PV-26}}
 
0 R lst lo tss 137 l45
~SILTY CLAYAND CLAYEY5fLTI (cc AIL),arawn, v ry eh/i, ma/ill, s'trahhed, 5/LTY CIA/; (CL-CII), red-hr shrt ta very sfi/I, slightly mo stl colche nod les ahtn specks 240 260 00 TD-5025 340 360 3eo 400 420 440 500 520 540 SAMPLE LOCATION~
DEPTH (FEET)
Y ENGINEERING PARAMETERS SYM BOL EXPLANATION PALEOMAGNETIC POLARITY Pl pins/ c ly ndev m nvs 200 percent passing 200 sieve WIG percent mast ie Sd d y density SAMPLE TYPE AS/AI DA22 filit2/
AttN D A22 Astu DA24 herl/
4 Sin/ D 22/s -ti D<<ve Sample p /cher Tost sample Ns core,ND Indian/as
% Recovery Slondo d Penelnrlon Tes/,
iV valve Asm oisee-sr ss CARBONATE CONTENT No /tenet on
: 4. Sl ghhy Reocl ve Q Moderately Reactive
++ 8 pMy Reaciive faosed on sample react Dn lo o IDN Hci UNITS solution)
Vmls column it/cia lo general s/ oligrophic diwsions idenhfied wtlhin Ihe Dosin ssd ments Inchnahor, of remnant mopmlic vector in general agreemenf shih ((P I oi opposn'ion Io f (3 I the present magnetic field 8
Mogn eke vector inde term/no lew depth Paleomognetic IT
/2s Reversal~ io est~ elevation DESCRIPTIONS Li/ha/og c descriptions were compiled fram geologists held lope, losoralory tesf date, ond down-hole peophysics Field logs were prepared in accordance with ASTM DZ488-69 Classlficahons olrsed on loDoiolory test data Drain occordonce with AsTA/
DZ487-5'9. Race descnptions follow proceduies outlined in Ihe QUARTERLY OF THE COLORADO SCHOOL OF MINES, Vo/ume 50, No I Descriptions for olary Darngs ore Dosed upon cvth'nps
: samples, goophysica/
logs ond drillers'comments LOG OF BORING PV-26}}

Latest revision as of 17:37, 5 January 2025

Log of Boring PV-26
ML18194A129
Person / Time
Site: Palo Verde  
Issue date: 07/13/2018
From:
Arizona Public Service Co
To:
Office of Nuclear Reactor Regulation
References
Download: ML18194A129 (1)


Text

IIO I30 I50 ITO I90 2/0 230 NATURAL GAMMA LOG INCREASING RADIATION~

COUNTS DER SECOND 100 57 ol 2

Sd

<</c 90 Ioo no 0

2 I20 BASIC SOIL PROPERTI ES 0

20 40

+

+4 4 ELEV-892' 5/LTV'ANDIV/TH GAAVEL./SM).

/ight Drown, loose, grave/ claeto predom non/tv olcan co

GAGALT, plack, nord, vedic /ar fo mosm e, vemcles NH d w th secondary co/c te.

5ILTY SAND5TCNE, contact one

~SILT/'LAY',(CL.CH) ied Drown 5

4

+

0+

e POSITIVE e---

LITHOLOGIC DATA PALEO-CARBONATE MAGNETIC DESCRIPTIONS UNITS Y CONTENT POLARITY 60

~SILTY5AND,(SM) Dro n,angular poorly sorted, dense, m caceous eo loo 0

~

Ieo l4 l60

~SILTYCLAY,(CLj, D~o~n, I rm, moisft scattered cal che nor/sons 5ILTY SAIUD WITH GLAVEL;(SM).

jhrown, medium de se, mors>,

I-SILTY CLAY,(CL-LH)red. 6 ery shff, mmet CLAYEI'ILT,(ML),hro ri, ni oooo e

SII.TY SAND,(SM),hro n, e 5 angular, dense, mo st B5 SB

0 R lst lo tss 137 l45

~SILTY CLAYAND CLAYEY5fLTI (cc AIL),arawn, v ry eh/i, ma/ill, s'trahhed, 5/LTY CIA/; (CL-CII), red-hr shrt ta very sfi/I, slightly mo stl colche nod les ahtn specks 240 260 00 TD-5025 340 360 3eo 400 420 440 500 520 540 SAMPLE LOCATION~

DEPTH (FEET)

Y ENGINEERING PARAMETERS SYM BOL EXPLANATION PALEOMAGNETIC POLARITY Pl pins/ c ly ndev m nvs 200 percent passing 200 sieve WIG percent mast ie Sd d y density SAMPLE TYPE AS/AI DA22 filit2/

AttN D A22 Astu DA24 herl/

4 Sin/ D 22/s -ti D<<ve Sample p /cher Tost sample Ns core,ND Indian/as

% Recovery Slondo d Penelnrlon Tes/,

iV valve Asm oisee-sr ss CARBONATE CONTENT No /tenet on

4. Sl ghhy Reocl ve Q Moderately Reactive

++ 8 pMy Reaciive faosed on sample react Dn lo o IDN Hci UNITS solution)

Vmls column it/cia lo general s/ oligrophic diwsions idenhfied wtlhin Ihe Dosin ssd ments Inchnahor, of remnant mopmlic vector in general agreemenf shih ((P I oi opposn'ion Io f (3 I the present magnetic field 8

Mogn eke vector inde term/no lew depth Paleomognetic IT

/2s Reversal~ io est~ elevation DESCRIPTIONS Li/ha/og c descriptions were compiled fram geologists held lope, losoralory tesf date, ond down-hole peophysics Field logs were prepared in accordance with ASTM DZ488-69 Classlficahons olrsed on loDoiolory test data Drain occordonce with AsTA/

DZ487-5'9. Race descnptions follow proceduies outlined in Ihe QUARTERLY OF THE COLORADO SCHOOL OF MINES, Vo/ume 50, No I Descriptions for olary Darngs ore Dosed upon cvth'nps

samples, goophysica/

logs ond drillers'comments LOG OF BORING PV-26