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,. -——..........•••••III III52M01SE8122 2.1891 HAMMELL LAKE 010
RECEIVED
AUG l 9 19/b
REPORT ON PROJECTS UNIT.
THE GEOPHYSICAL INVESTIGATIONS
of
THE "RUGGED" CLAIM GROUP
TODD TOWNSHIPXH li' li l ' "" " '
RED LAKE MINING DIVISION
for
COCHENOUR EXPLORATIONS LIMITED
by
L.C. Chastko
August, 1975
11111111 111111111111111111111111111111111111111 52M01SE0122 2.1891 HAMMELL LAKE
CZ110
RECEIV~D
AUG 1 9 lYlt)
REPORT ON PROJECTS .UNIT.
THE GEOPHYSICAL INVESTIGATIONS
of
THE "RUGGED" CLAIM GROUP
TODD TOWNSHIP - ..
RED LAKE MINING DIVISION
for
COCHENOUR EXPLORATIONS LIMITED
by
L.C. Chastko
August, 1975
58M0ISEeia2 2 .1891 HAMMELL LAKE 010C
TABLE OF C v 11.1 u i* j. ^
Page No. SUMMARY OF WORK l
FINANCIAL STATEMENT 2
CLAIM LOCATION SKETCH MAP
INTRODUCTION 3
DESCRIPTION, LOCATION fr ACCESSTO PROPERTY 4
GEOPHYSICAL SURVEY DETAILS 5
DISCUSSION OF RESULTS 5 General Geology 5 H.L.E.M. Survey Results Magnetometer Survey Results 6-8
CONCLUSIONS 9
Appendaged:Technical Data StatementManufactured Brochures - H.L.E.M. fr Magnetometer
Accompanying Plans:H.L.E.M. Survey Plan l" - 3 00' H.L.E.M. Profiles (working copy) Magnetometer survey Plan l" 3 00*
111111111111111111111111111111111111 52M01SE0122 2.1891 HAMMELL LAKE
TABLE OF Cvu~~u~u
SUMMARY OF WORK
FINANCIAL STATEMENT
CLAIM LOCATION SKETCH MAP
INTRODUCTION
DESCRIPTION, LOCATION & ACCESS TO PROPERTY
GEOPHYSICAL SURVEY DETAILS
DISCUSSION OF RESULTS General Geology H.L.E.M. Survey Results Magnetometer Survey Results
CONCLUSIONS
Appendaged: Technical Data Statement
Page No. 1
2
3
4
5
5 5
6 - 8
9
Manufacture's Brochures - H.L.E.M. & Magnetometer
Accompanying Plans: H.L.E.M. Survey Plan H.L.E.M. Profiles (working Magnetometer survey Plan
1" = 300' copy)
1" = 300'
010C
- Page l -
Summary of Work
Line Cutting Base Line Picket Lines
Total
Grid #1 Grid # 2 Grid #3 Total
800* 5,600* 2,100* 8,500* or 1.6 mi26,800* 31,200* 26,800* 84,800* or 16.1 mi
27,600* 36,800* 28,900* 93,300*5.2 mi 7.0 mi 5.5 mi 17.7 mi
Geophysics H.L.E.M. 26,800* 31,200* 26,800* 84,800*
5.1 mi 5.9 mi 5.1 mi
Magnetometer 26,800* 31,200* 26,800* 84,800* 5.1 mi 5.9 mi 5.1 mi
Line Cutting Base Line Picket Lines
Total
Geophysics H.t.E.M.
Magnetometer
- Page 1 -
Summary
Grid #1
800 t 26,800'
27,600' 5.2 mi
26,800' 5.1 mi
26,800' 5.1 mi
of Work
Grid #2
5,600' 31,200'
36,800' 7.0 mi
31,200' 5.9 mi
31,200' 5.9 mi
Grid #3 Total
2,100' 8,500' 26,800' 84,800'
28,900' 93,300' 5.5 mi 17.7
26,800' 84,800' 5.1 mi
26,800' 84,800' 5.1 mi
or or
mi
1.6 mi 16.1 mi
- Page 2 -
COCHENOUR EXPLORATION LIMITED
Financial Statement
Rugged Claim Group
December 31st, 1974
Labour - Line Cutting fr Staking $2,080.54Recording Fees 141.00Contract - H.L.E.M. Survey 1,357.11Radio fr E.M. 350.00
Total: $3,928.65
• - Page 2 -
COCHENOUR EXPLORATION LIMITED
Financial Statement
Rugged Claim Group
December 31st, 1974
Labour - Line Cutting & Staking Recording Fees Contract - H.L.E.M. Survey Radio & E.M.
Total:
$2,080.54 141.00
1,357.11 350.00
$3,928.65
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- Page 3 -
INTRODUCTION
This report has been compiled and written to summarize the exploration work conducted on this claim group in l974.
The base metals exploration of this claim group was undertaken as a part of a regional program to examine selected areas of the Red Lake green stone belt. An Airborn Input Electro Magnetic survey indicated the presence of anomalous electro magnetic conductivity on the property.
^ n June 1974^ an additional ten claims were staked and added to theexisting group of thirteen (13) claims. In summer through fall of 1974, line cutting and geophysics were carried out on the property. A number of interesting electro-magnetic anomalies were outlined. These have not been tested to date, although the geophysical crew have noted the presence of iron formation along several E.M. trends.
- Page 3 -
INTRODUCTION
This report has been compiled and written to summarize the exploration work conducted on this claim group in 1974=
The base metals exploration of this claim group was undertaken as a part of a regional program to examine selected areas of the Red Lake green stone belt. An Airborn Input Electro Magnetic survey indicated the presence of anomalous electro magnetic conductivity on the property.
In June 1974J an additional ten claims were staked and added to the existing group of thirteen (13) claims. In summer through fall of 1974, line cutting and geophysics were carried out on the property. A number of interesting electro-magnetic anomalies were outlined. These have not been tested to date, although the geophysical crew have noted the presence of iron formation along several E.M. trends.
- Page 4 -
DESCRIPTION. LOCATION fr ACCESS TO PROPERTY
The "Rugged" claim group is comprised of twenty three (23) contiguous, unpatented mining j;la^ms f all located in TcKTdTownship of the Red Lake Mining Division (Patricia Portion) of Ontario.
The claims are recorded under the numbers as follows:
KRLtttttttttttttt
200005200006200007200008200009200010200011200012
KRL 200013200276200277200278200279375685375697375698
KRLtttttttttttt
375731375732375733375734375735375736375737
Access to the claim group is via waters of Red Lake .
The twenty three (23) mining claims listed above are all recorded in the name of Cochenour Willans Gold Mines, Limited; Licence No. A 33564.
- Page 4 -
DESCRIPTION, LOCATION & ACCESS TO PROPERTY
The "Rugged" claim group is comprised of twenty three (23) contiguous. unpatented mining £laim§, all located in
!9Qd Township ,of the Red Lake Mining Division (Patricia Portion) of Ontario.
The claims are recorded under the numbers as follows:
KRL 200005 It 200006 " 200007 It 200008 " 200009 " 200010 " 200011 It 200012
KRL 200013 " 200276 It 200277 It 200278 It 200279 " 375685 " 375697 " 375698
KRL 375731 It 375732 " 375733 It 375734 " 375735 " 375736 It 375737
Access to the claim group is via waters of Red Lake.
The twenty three (23) mining claims listed above are all recorded in the name of Cochenour Willans Gold Mines, Limited; Licence No. A 33564.
- Page 5 _
GEOPHYSICAL SURVEY DETAILS
For geophysical survey details see attached "Technical Data Statements".
PRESENTATION OF RESULTS
The results of the H.L.E.M. and Magnetometer surveys are presented on jsjjparate plans at a scale of l inch - 300 feet^
DISCUSSION OF RESULTS
General GeologyA map and report covering the geology of the claim
group area has been published by the Ontario Department of Mines: This being:
Forty-Ninth Annual Report of the Ontario Department of Mines, Volume XLIX, Part II, 1940}
Geology and Mineral Deposits of the Red Lake Area by H.C. Horwood; accompanying plan, Map 49 a, Red Lake Area, West Sheet at a scale of l inch - 2,640 feet.
According to Horwoods map the claim group is located on east west striking, steeply dipping, isoclinally folded, mafic meta volcanics and meta sediments. The meta sediments generally occupying the southern portion of the claim group.
Previous Work
The property was extensively explored by surface trenching and diamond drilling largely directed toward discovering gold mineralization. A number of lead - zinc silver, gold occurances have been encountered in trenching and diamond drilling.
Most recently the property had been held by Rugged Red Lake Mines Limited. The claims were allowed to lapse and were aquired by Cochenour Willans Gold Mines, Limited by staking.
Discussion of Results
A previously submitted work report covering claims KRL 63669 and 63670 has H.L.E.M. conductive trends labelled Zones A to J. The conductive trends covered in the present survey are labeled Zones K to R to facilitate discussion.
Page 5 _
GEOPHYSICAL SURVEY DETAILS
For geophysical .survey details see attached uTechnical Data Statements".
PRESENTATION OF RESULTS
The results of the H.L.E.M. and Magnetometer surveys are presented on separate plans at a scale of 1 inch - 300 feet.
~ _. DISCUSSION OF RESULTS
General Geo~ A map and report covering the geology of the claim
group area has been published by the Ontario Department of Mines: This being:
Forty-Ninth Annual Report of the Ontario Department of Mines, Volume XLIX, Part II, 1940;
Geology and Mineral Deposits of the Red Lake Area by H.C. Horwood; accompanying plan, Map 49 a, Red Lake Area, West Sheet at a scale of 1 inch - 2,640 feet.
According to Horwoods map the claim group is located on east'west striking, steeply dipping, isoclinally folded, mafic meta volcanics and meta sediments. The meta sediments generally occupying the southern portion of the claim group.
Previous Work
The property was extensively explored by surface trenching and diamond drilling largely directed toward discovering gold mineralization. A number of lead - zinc silver, gold occurances have been encountered in trenching and diamond drilling.
Most recently the property had been held by Rugged Red Lake Mines Limited. The claims were allowed to lapse and were aquired by Cochenour Willans Gold Mines, Limited by staking.
Discussion of Results
A previously submitted work report covering claims KRL 63669 and 63670 has H.L.E.M. conductive trends labelled Zones A to J. The conductive trends covered in the present survey are labeled Zones K to R to facilitate discussion.
- Page 6 -
GRID l
Zone PLocation: Lines 2+00, 4+00, and 8+00 W approximately
1600 feet north of base line.Strike Length: Minimum 600 feet, maximum 1200 feet.
This is a relatively strong electro magnetic conductor. The strongest point appears to be on line 2+00 W where the in-phase to out-of-phase readings are in the order of -31 -8. A moderate magnetic low is associated with this conductive trend.
Several old trenches are located in the vicinity of the conductive trend. These have not been examined to see if cause of conductivity could be explained.
GRID 2
Zone KLocation: Line 35+00 W, 1000 feet north of base line.
Strike Lengths One line anomaly but may continue between grids l and 2.
This is a relatively strong conductive trend, with in-phase to out-of-phase readings in the order of -31 -15. A magnetic high of approximately 1300 gammas above back ground, flanks this conductive trend.
Cause of conductivity is unknown.
Zone LLocation: Line 29+00 V to line 41+00 W
Strike Length: Minimum 1400 feet, open to N.E. 6- S.W.
This electro magnetically conductive trend is strong on lines 29+00 and 32+00 W with in-phase to out-of-phase readings in the order of -31 -18. This trend appears to weaken to the S. W.
Magnetically, response is relatively flat over this Zone,
An old trench is located in the vicinity of the conductive trend on line 29+00 W. It has not been cleaned or examined to cause of conductivity.
- Page 6 -
GRID 1
Zone P Location: Lines 2+00, 4+00, and 8+00 W approximately
1600 feet north of base line. Strike Length: Minimum 600 feet, maximum 1200 feet.
This is a relatively strong electro magnetic conductor. The strongest point appears to be on line 2+00 W where the in-phase to out-of-phase readings are in the order of -31 -8. A moderate magnetic low is associated with this conductive trend.
Several old trenches are located in the vicinity of the conductive trend. These have not been examined to see if cause of conductivity could be explained.
GRID 2
Zone K Location: Line 35+00 W, 1000 feet north of base line.
Strike Length: One line anomaly but may continue between grids 1 and 2.
This is a relatively strong conductive trend, with in-phase to out-of-phase readings in the order of -31 -15. A magnetic high of approximately 1300 gammas above background.flanks this conductive trend.
Cause of conductivity is unknown.
Zone L Location: Line 29+00 W to line 41+00 W
Strike Length: Minimum 1400 feet, open to N.E. & S.W.
This electro magnetically conductive trend is strong on lines 29+00 and 32+00 W with in-phase to out-of-phas e readings in the order of -31 -18. This trend appears to weaken to the S. W.
Magnetically, response is relatively flat over this Zone.
An old trenoh is located in the vicinity of the conductive trend on line 29+00 W. It has not been cleaned or examined to cause of conductivity.
- Page 7 -
Zone MLocation! Line 35+00 W, 850 feet south of base line.
Strike Length: One line conductor but open to west.
This is a weird type of conductor with in-phase to out- of-phase responses in the order of +114 -19. Magnetically this area is relatively flat.
Cause of conductivity is unknown.
Zone NLocation: Lines 17+00 W to 35+00 W.
Strike Length: Minimum 2000 feet and open to west.
This zone consists of two parallel conductors. This trend shows very strong conductivity. Magnetic highs of 10 - 15000 gammas above background are associated with this trend.
Outcrops of chert-magnetite iron formation were noted along this trend. These are believed to be the cause of conductivity.
Zone OLocation: Lines 32+00 and 35+00 W, approximately
1900 feet south of base line.Strike Length: Minimum 300 feet and open to east and
west.This is a very strong conductive trend with in-phase
to out-of-phase readings in the order of -71 -6. A high magnetic anomaly, approximately 36,000 gammas above background is associated with this trend.
An outcrop of chert-magnetite iron formation located near this zone is believed to be the cause of conductivity.
GRID 3
Zone QLocation: Line 12+00 W, approximately 600 feet north
of base line.Strike Length: One line anomaly limited to maximum
strike length of 600 feet.
This conductive trend is moderately strong with in- phase to out-of-phase responses in the order of -16 -8. A high magnetic response appears to cross cut the regional trends at an angle of approximately 60 O . Cause of conductivity is not known.
- Page 7 -
Zone M Location: Line 35+00 W, 850 feet south of base line.
Strike Length: One line conductor but open to west.
This is a weird type of conductor with in-phase to outof-phase responses in the order of +114 -19. Magnetically this area is relatively flat.
Cause of conductivity is unknown.
Zone N Location: Lines 17+00 W to 35+00 W.
Strike Length: Minimum 2000 feet and open to west.
This zone consists of two parallel conductors. This trend shows very strong conductivity. Magnetic highs of 10 - 15000 gammas above background are associated with this trend.
Outcrops of chert-magnetite iron formation were noted along this trend. These are believed to be the cause of conductivity.
Zone 0 Location: Lines 32+00 and 35+00 W, approximately
1900 feet south of base line. Strike Length: Minimum 300 feet and open to east and
west. This is a very strong conductive trend with in-phase
to out-of-phase readings in the order of -71 -6. A high magnetic anomaly, approximately 36,000 gammas above background is associated with this trend.
An outcrop of chert-magnetite iron formation located near this zone is believed to be the cause of conductivity.
GRID 3
Zone Q Location:
of base line. Line 12+00 W, approximately 600 feet north
Strike Length: strike length of 600
One line anomaly limited to maximum feet.
This conductive trend is moderately strong with inphase to out-of-phase responses in the order of -16 -8. A high magnetic response appears to cross cut the regional trends at an angle of approximately 60 0 • Cause of conductivity is not known.
- Page 8 -
Zone RLocation: Lines 3+00 and 6+00 W, approximately
1400 feet south of base line.Strike Length: Minimum 600 feet and open to the west,
This conductive trend is weak to moderately strong with maximum in-phase to out-of-phase readings of -11 -9 on line 3+00 W. Magnetically this area is flat.
Cause of conductivity is unknown.
- Page 8 -
Zone R Location: Lines 3+00 and 6+00 W, approximately
1400 feet south of base line. Strike Length: Minimum 600 feet and open to the west.
This conductive trend is weak to moderately strong with maximum in-phase to out-of-phase readings of -11 -9 on line 3+00 W. Magnetically this area is flat.
Cause of conductivity is unknown.
- Page 9 -
NUMMARY b CONCLUSIONS
The electro magnet and magnetic surveys outlined eight (8) electro magnetically conductive trends. Zones P and L appear to have been trenched previously. These trenches should be examined to see if cause of conductivity is discovered.Zones N and O are most likely due to the chert-magnetite unit exposed along this trend.
Zone M is a weird type of conductive zone and is not rated very highly.Zones K,Q, and R present interesting targets for further exploration.
RECOMMENDATIONS
1) Zones P and L, trenches along these zones should be examined. If conductivity is not explained these zones should be drilled.
2) Zones K,Q, and R, present interesting targets and should be tested further by diamond drilling.
Respectfully submitted,
L.C. Chastko Chief Geologist
· . - Page 9 -
SUMMARY & CONCLUSIONS
The electro magnet and magnetic surveys outlined eight (8) electro magnetically conductive trends. Zones P and L appear to have been trenched previously. These trenches should be examined to see if cause of conductivity is discovered. Zones Nand 0 are most likely due to the chert-magnetite unit exposed along this trend.
Zone M is a weird type of conductive zone and is not rated very highly. Zones K,Q, and R present interesting targets for further exploration.
RECOMMENDATIONS
1) Zones P and L, trenches along these zones should be examined. If conductivity is not explained these zones should be drilled.
2) Zones K,Q, and R, present interesting targets and should be tested further by diamond drilling.
Respectfully submitted,
L.C. Chastko Chief Geologist
GEOPHYSICAL - GEOLO TECHNICAL DA
S2MeiSE8122 2.1891 HAMMELL LAKE 900
1
Type of SurveyTownship or Area Claim holder(s)
Author of Report
Arldrpss
Covering Dates of
Total Miles of Lin
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORT FACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC
Geophysical MagnetometerTodd Twp.
Cochenour Willans Gold Mines, LimiteCOCHENOUR, Ontario
L. C. ChastkoCOCHENOUR, Ontario
Rinwv October, 1974(linecutting to office)
Pril , 17.7 miles
SPECIAL PROVISIONS DAYS CREDITS REQUESTED r.,^,.^1 ^ daim
ENTER 40 day Ilinc cutting) for
survey. ENTER 20 day additional survc same grid.
--Electromagnetic,s (includes * af /o r\
— Radiometrirs for each —Other...—V Using f Jpnlnmral
r,n\c\\[-m\rf\
AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)
Magnetometer
DATR.
F.]fTtrnmapnetir r RadiomPtHr s *(enter days per claim) f l jf s ^rU^
SIGN ATT IR F,- L *~- \ ^-^\*'y Author 01 Report or Agent
t-
PROJECTS SECTION f w 2 , Q S'Q/
Res. fipinl. Onalifiratinns f *** * '
OFFICE USE ONLY
Previous Surveys
Checked by
GEOLOGICAL B]
k Approved by
GEOLOGICAL B
Approved by
datp
RANCH
(\-A\C
RANniT
—— ..., .. ,....... ...da t r
-^
MINING CLAIMS TRAVERSED List numerically
KRL(prefix
KRL
KRL ^P
KRL U
KRL ^
KRL O
KRL-^
KRL TT ,............ ,,.,.KRL 5
KRL O ."\"^ l |
KRL I Q'-J^\ iVDT Oi lVKlJ /^- —— s^ p
KRL^ *3
200005 'H COV(x* (number)J200006
'4200007 *^~
^20000'8\
f 200003/^200010
,.^(H-0
S3
•if
100011
200012
;00013 ^
500276 \
200277r" — — — — — — — — — - : --^^200278Hi
,
KRL | J^ IT)
KRL "^) y•— "--cziy—iC KRL O O
KRL * i j ^
KRL 5 W^
f
O,(Y)
200279 j
375685 L.
375697
375698 ^
375731
375732/^
.....^..^.4--^^7-33^----------'""KRL"^;"S
TOTAL CLAI1
u, r1 ^ !"x
ViS
"^7 (j*9''V?' ••"•"""O 1 v i w wi k.
f23 '
, i
iTf
|
w"
14-4
gi
111111 1111111111111111111111111111111 • GEOPHYSICAL - GEOLO TECHNICAL DA'
52M01SE0122 2,1691 HAMMELL LAKE 900
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORT FACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
Type of Survey Geophysical Magnetometer
Township or Area-..:T=-o:::...d=..d=---=-T.!!.w./:..p....:.. ____________ _
Claim holder(s) Cochenour Willans Gold Mine s, Limite
COCHENOUR, Ontario
Author of Report L. C. Cha stko
Address COCHENOUR, Ontario
Covering Dates of Survey_O_c_t_o_b_e_r~,~1_9_7_4 __ ~---___ -_ (linecutting to office)
Total Miles of Line cut_-=1=-7-=----=--t ..:....7 _m=i::...:.l...::,.e...::..s _________ _
SPECIAL PROVISIONS CREDITS REQUESTED
ENTER 40 days (includes line cutting) for first
survey.
ENTER 20 days for each additional survey using same grid.
Geophysical
DAYS per claim
--Electromagnetic ___ _
--Magnetometer_~~:_:::.:::.I
-Radiomet "',, . ______ •
-Othcr _______ _
Gcological _____ _
Geochemical ______ 1
AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)
Magnetometer Electromagnetic __ _ (enter days per claim) I
DATE: ______ SIGNATURE:-::1~F;=;;:t"'I~=:::-:-~-:-:--eport or Agent
PROJECTS SECTION
Res. Geol. _________ Qualifications
Previous Surveys _________________ _
Checked by ___________ date _______ _
GEOLOGICAL BRANCH ______________ _
Approved by _______ . ___ datc_-_____ _
GEOLOGICAL BRANCI 1 ______________ _
Approved by·----______ date _______ _
MINING CLAIMS TRAVERSED List numerically
... ~.~~ ......................... ~.9.~.9.~.~ ....... : .. ~~v. rE'd (prefix) .~. (number)
::::;.!::~~ .. :::::.~~:~~~.::~:::::: ... ::~ ..... :.~ ..... ~:.~:.:\. ........... . .............. (.) ........ ~ ..... g;) ............. . ... ~:~.~. . ...... ~:~~ ................ i •••••••••••• ~ •••••••• , ••••••••••••••••••••••••••••• ..1'
.. ' D 6 KRL ~rt U 00012 ;g ................ ~\, .......... ~ .................... 1' .......... ":i
KRL ~) ~<) 00013 ~ .~ ................ ~ .. rf)~ ... :-::.~:.::::.:............... ~ KRL [] 0'0276 ;; ....................... ,.\ .... , .............................. ..
.... ~~.~ ... .!.~. "0.' ..... ~ 9. 9..~. ?L ... , ....... . KRL~ 9 200278 .............. ~ ..... r) .................................. .
KRL '-....- 9~ 200279 ·· .. ··· .. · .... ···· .. ·· .. E, .. ~ .... u,I!.!=,:.:·.~.:,.:.r E' .......
····:·:~····i]·f~·:;:·::·;····~····· .... ~~~.Ctr .. t .. t~ .. ·~~·~~~·~ .. ~ .. · .... ···· .. ········ .. \'1, .. '··0 .............. ···· .. ··· .. ··· .. · :::::;.;~::~i:~t&.::~;:~;:~~:!i::::::: ..... ~~.~ .. "'('J.~~;"'~~.?~.~.\. ......... . ·····~~t·~···g··~~·H~·~········ ·····~!t·25·~·~···~Hmtt······;
TOTAL CLAIMS_2_3 ______ n
Show instrument technical data in each space for type of survey submitted or indicate "not applicable'
GEOPHYSICAL TECHNICAL DATA
GROUND SURVEYSNumber of Stations. J-P4o________________________Number of Readings.
Station interval..__.——T—Line spacing______300 Feet
Profile scale or Contour intervals___ **_____(specify for each type of survey)
MAGNETICJalander Fluxgate Model #5785
Instrument —--——^^—.--—-—--—M--———--——--.———--———-—-Accuracy - Scale mn s ^ni Scale l ~ 11, 2 c 33, 3 - 107 __________________Diurnal correction m^hnri Base station readings established along base line,
See planBase station location.
ELECTROMAGNETIC
Instrument ^-^—————-Coil configuration.
Coil separation —— Accuracy—————Method: d Fixed transmitter d Shoot back d Inline d Parallel line
Frequency_________________________________________________________________(specify V.L.F. station)
Parameters measured ——-———————————-——^————.—^———^^—-————————-.——--——-—-—^———.GRAVITY
Instrument ______________________________________________________________Scale constant —-——-—.—-———————.—.—-—-———-.—.—--.—---—^-^.—-—--^—-.——^-^—--———————.——-———————Corrections made.
Base station value and location.
Elevation accuracy^..^—..-———..-—.——-——- INDUCED POLARIZATION - RESISTIVITY
Instrument————.-———..^———.—.———..^-.Time domain___________________________ Frequency domain.
Frequency_______________________________ Range————,.^—Power~.—-—-.———--———-——.—-———————.—-—-——-.—^—^^—.—-^—^————Electrode array^-.
Electrode spacing. Type of electrode ,
GRQUND SURVEYS
Show instrument technical data in each space for type of survey submitted or indicate "not applicable"
GEOPHYSICAL TECHNICAL DATA • N I f S · 1648 um )cr 0 t<ltlOns __________ . _________ _ Number of Readings __ 1~6:-4-=-=-8 _____ _
S .. 1 50 Feet tatlOn mtcrva ______ _
Line spacing______ 300 Feet
Profiles~korContour~k~~s ___ 5_0_0_~g~a_m_m_a_s ___________________________ _ (specify for each type of survey)
MAGNETIC
Instrument Jalander Fluxgate Model #5785
Scale 1 = 11, 2 = 33, 3 = 107· Accuracy - Scak constant_______ _ _
Diurnal correction nlethod_B~a~s~e_s~t~a~t_i_o~n~~r~e~a~d~i=n~g~s~~e~s~t~a~b~1~i~s~h~e~d~a~1~o~n~g~b~a~s~e~1~1~·=n~e~.~ ___ _ See plan
Base station location ---- -----------------------------------------
ELECTROMAGNETIC
Instrument Coil configuration __________________________________________________ _
Coil separation_
Accuracy
Method: o Fixed transmitter o Shoot back
-------e o In line o Parallclline
Frequency ____ . __________________________________________ _
Parameters measured
GRAVITY
Instrument
Scale constant
(specify V.L.F. station)
Corrections madc. __ _ --.. ------.- ._---
Base station value and location ____ _
Elevation accuracy ______________ _
INDUCED POLARIZATION -- RESISTIVITY
lnstrument _________________ _
Time domain
Frequency
Power
. ________________________ Frcqucncydomain _____________ ___
___________________ Rangc ____________________ ___
----------------------------------41 Electrode array Electrode spacing ________ . ________________________________________________ _
Type of electrode ____________________________________________ _
File.S-
GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT
TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
Type of s..™.y Geophysical H.L.E.M.
Township or Ar™ T odd TvP
Claim holder(s)
Author of
Cochenour Willans Gold Mines, Limited
COGHENOUR, Ontario________________
,.C. Chastko_________________
COCHENOUR, Ontario__^_____________
Covering Dates of Survey October 2 3rd - 28th, 1974(linccutting to office)
Total Miles of Line cut l 7 * 7 mile s
MINING CLAIMS TRAVERSED List numerically
200005^ -Cc(number)
?200006
SPECIAL PROVISIONS CREDITS REQUESTED Geophysical
-ElectromagneticENTER 40 days (includes line cutting) for first survey.
ENTER 20 days for each additional survey using same grid.
—Radiometric
-Other
Geochemical
AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)
ElectromagneticMagnetometer{enter days per claim
SIGNATURE:uraor of Report or Agent
AAJj -^ V.V l O 1^3 W 00 j -t' j
PROJECTS SECTIONRes. Geol.
fPrevious '
nalifiratinns ^
3756981 ...... .,......,..,..,...,.375731
375732^*2L
GP:OLOGICAL BRANCH
Approved by
GEOLOGICAL BRANCH
OTAL, CLAIMS
ere o
Approved by
• GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT
TO BE ATfACHED AS AN APPENDIX TO TECHNICAL REPORT FACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT
TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.
Type of Survey Geophysical H.L.E.M.
Township or Area_T_o_d_d_T __ w~p_. ____________ _
File~~ _,I_f'_fl_'
Mines, Limited MINING CLAIMS TRAVERSED Claim holder(s} Cochenour Willans Gold
COCHENOUR, Ontario
Author of Report L.C. Chastko
List numericaIlY ,.(,
) I
200005 t; Cc 'eta) ········ .... ··(p;ai~) .. ···· .. ·· .. ·· .. ·(~~·::ab~·ry ........ ·
KRL _ '200006 .............. ' ..... ~ .... ~ ........... ·················l······ KRL .-t 200007 ~ ........................ . ................................. .
Address COCHENOUR, Ontario
Covering Dates of Survey October 23rd - 28th, 1974 (Jinccutting to office)
Total Miles of Line cut __ l_7.:......::.... 7_m_i_l_e_s _________ _
KRL
SPECIAL PROVISIONS CREDITS REQUESTED Geophysical
DAYS per claim
4-t)
.......... !i.~~ .. ~ ....... :.. iQ.Q.~ .... .
......... JHU: .. ·Z · ........ ·f· 9.9.Q.0~ ..... 'ol
.......... .Jn~1t.~ ......... ~\l9.9.9.;tQ .......... ~ ENTER 40 days (includes line cutting) for first survey.
ENTER 20 days for each
additional survey using same grid.
--Elc c t ro m agn et ic _"--""~ _"'---_
--Magnetomete~ -Radiomctric ____ _
---Othef _______ _
Gcological _____ _
Gcochemical ______ •
AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)
Magnetomcter __ _
DATE: ______ _
~ ~ !J KRL \;,' 200011 ~ ...... · .. ·~·~~ .... 't) .......... B "~~'~~'~''''''''']
.. .............. · .... ·l:\ ...... · ............... ;e .... ]
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...... " .......... ~." ............................ , .. , .. . KRL~ -q" 20,0278
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Checked by----''--,.or,-_.....-.r~G__4......,.:... ··········::~···i£-~··D··~···~;·:;·:·;)i··
PROJECTS SECTION
GEOWGICAL BRANCH t···· .. ··············~·~(j··It ...... =~ ............ .. ------..::.i.L~~~-=:::.l,L.!.;::.:...t.II~u.!i::YV1 ........... :::.~.vgr::.!:.;: ....... .
Approved by ______ ---t __ LrI'_-:date ...................... J ... GI.X~~:.:.:.:.:. ........... . [ .. \ \ ·· .. · .... ··~~R~·~·~.J.!Q····~·~·.!~·~~6 .. ·
GEOLOGICAL BRANCH_=::::=_::: __ ~V:::::::=:" .. __ ---- V"l-.'" .... ' .. -"'-... :~:,~IO. .... ,~.."..........
TOTAL CLAIMS,_-=2.z..3 ___ _ Approved by-_________ date _______ _
Show instrument technical data in each space for type of survey submitted or indicate "not applicable"
tGEOPHYSICAL TECHNICAL DATA
GROUND SURVEYS747 . 747 Number of Stations______________________________Number of Readings———————
Station interval ____lOO feet__________________________\_________________T . . 300 feetLine spacing———-——————————Profile scale or Contour iniprvak D irect readings plotted
(specify for each type of survey)
MAGNETIC
Instrument .________.-_.__._^________________-__._____________Accuracy - Scale constant — Diurnal correction method.
Base station location————
KLECTROMAGNET1CInstrument_________Seonics E.M. 17
Coil configuration_____Co - planar
Coil separation^_____30Qt
AccuracyMethod: CD Fixed transmitter CD Shoot back CD Inline CD Parallel line
Frequency ________ l 600 H^ __________________________________________________(specify V.L.F. station)
Parameters measured. In phase fr out of phase components ——————^—^-——.———-
GRAVITY
I n s tru m en t
Scale constant —M. Corrections made.
Base station value and location -—
Elevation accuracy.r.ievaiion accuracy^.——.——————————M.———..—.———————-———^——.—.-——.
INDUCED POLARIZATION - RESISTIVITY
Instrument —.-————-—.———-——————-—————.———.^—^—^-—.^———-———.Time domain_____________________________ Frequency domain.
Frequency_____________________________ Range——^————Power^—-—.-^—————.———^———^——————.-—————-^—.^^———^—-—.————.
Electrode array-———
Electrode spacing——
Type of electrode _
GROUND SURVEYS
~ow instrument technical data in each space for ~~~ of survey submitted or indicate "not applicable"
GEOPHYSICAL TECHNICAL DATA
, Number of Stations ____ ~~? __ _ 747 _ ________ Number of Readings _________ _
Station intervai ______ ~_OQ feet
Line spacing 300 feet
Profile scale or Contour intervals __ ~D~i~r~e~c~t~~r~e~a~d~i~n~g~s~p~l~o_t~t~e~d~ __ ~ __________ ~ (specify fOT each type of survey)
MAGNETIC
Instrument ___ _
Accuracy - Scale constant __
Diurnal correction method __ _
Base station location _____ _
EI,ECTROMAGNETIC
InstrumenL Geonic s E.M. 17
C -I f" Co - planar 01 con 19uratlOl1 ______ -"'--_____ _
Coil separation__ 300 t ± 1% Accuracy
Method:
Frequency ___ .
[J Fixed transmitter
1600 Hz o Shoot back
(specify V.L.F. station)
Parameters measured_.1n phase & out of phase components
GRAVITY
InstrumenL ______ _
Scale constant ____________ _
Corrections made _______________ .
Base station value and location
Elevation accuracy __ _
INDUCED POLARIZATION - RESISTIVITY
Instrument __________ . ____ _
o In line o Parallclline
Time domain ___________________ Frequency domain ____________ ___
Frequency ____________________ Range ________ ~ ________ . ___ _
Power _____ _
Electrode array __ _
Electrode spacing
Type of electrode __________ _
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BALL TP M.2136 STATUS REFER TO TOWNSHIP PLA~
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MAGNETOMETER SURVEY l Of) D TOWNSHIP AR(: A SC A U1' 1 inch -- 300 feet
l N STRU MENT
SCALE CONS7 ANT
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CONTOUR INTERVALS 500
j CLAIM LINES fi, CORNERS ——i
j SURVEY LIN f. S —— j - - -f. - | —- f-i i
D : ATE: Or SURVEY OCTOBER 1974.
SURVEYED BY A. DESMEULES
DRAWN BY K. BGUCH
CONSULTANT GEOLOGIST
KLY MAT
JALAN.DER MODEL5765
2-33 , 3 007.
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TODD TOWNSHIP AREASCALE 1 inch -300 feet
IN ST RUM E N TMETHOD
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23-281974
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