NORANDA EXPLORATION CO. LTD. REPORT ON GROUND MAGNETOMETER AND V.L.F. SURVEYS CARMAN TOWNSHIP NORTHERN ONTARIO TIMMINS, ONTARIO BRIAN GROVES

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1 42A86SE8e CARMAN 010 REPORT ON GROUND MAGNETOMETER AND V.L.F. SURVEYS CARMAN TOWNSHIP NORTHERN ONTARIO BRIAN GROVES NORANDA EXPLORATION CO. LTD. TIMMINS, ONTARIO JUNE 9, 1986

2 42A06SEOa2e CARMAN 0 10C TABLE OF CONTENTS 1. Introduction 2. Location and Access 3. Survey Specifications 4. Data Presentation 5. Discussion of Results a) Magnetometer Data b) V.L.F. Data 6. Conclusions LIST OF MAPS Map l Magnetometer Data Map 2 V.L.F. Data

3 1. INTRODUCTION During the period October 4 to 9, 1985, ground magnetometer and very low frequency (V.L.F.) E.M. surveys were completed over a group of nine claims within Carman Township in northern Ontario. 2. LOCATION AND ACCESS The 9 claims covered by this report are: P to inclusive and P to inclusive. The claims are located approximately 18 km southeast of the town of South Porcupine. Access to the property is afforded by the all weather Langmuir Mine Road from South Porcupine. This road leads to a point approximately 300 metres south of the claim group. 3. SURVEY SPECIFICATIONS The magnetometer and V.L.F. surveys were performed along north- northwesterly oriented grid lines spaced 100 metres apart. Station spacings along the grid lines were 25 metres. A Geometrics G-816 proton precession magnetometer was employed to measure the total magnetic field with an accuracy of InT. A base station was established and diurnal variation of the magnetic field was monitored at this station during the course of the survey. Corrections were applied to the readings as a function of time of reading.

4 3. SURVEY SPECIFICATIONS (cont'd) A Geonlcs EM-16 V.L.F. unit was employed to measure in-phase and quadrature components of the vertical secondary E.M. field with an accuracy of I K. The transmitter station used for the survey was NAA, Cutler, Maine operating at a frequency of 24 khz. A total of line kilometres each of magnetometer and V.L.F. surveying was completed over the grid. 4. DATA PRESENTATION The magnetometer field data are presented in contoured plan form in Map//L. A contour interval of 50 nt has been employed and a datum of nt has been subtracted from all readings. Smoothing filters have been applied to the contours. The V.L.F. in-phase and quadrature components are plotted in profile form in Map#2 at a scale of l cm z 10%. In-phase and quadrature readings are plotted to the left and right respectively, of each grid line. Conductor ones are indicated on both maps. 5. DISCUSSION OF RESULTS a) Magnetometer Data: The magnetometer data are dominated by several east-northeasterly trending elongated magnetic highs. These highs are suggested as having mafic volcanic flows as their causative sources.

5 5. DISCUSSION OF RESULTS (cont'd) Steep gradients associated with the magnetic highs would indicate shallow depths to causative sources and, in some cases, possible outcrop exposure. Dislocations in the magnetic trends are noted in the western portion of the claim group. These dislocations, along lines 400 E and 600 E, may suggest the presence of faulting. b) V.L.F. Data: Numerous conductive trends have been defined by the survey. However, only six trends (labelled A to F on Map#2) are considered as having probable bedrock causative sources. Of these trends, only conductors A and E display coincident magnetic expressions over portions of their strike lengths. Magnetic sulphides are suggested as the probable causative sources. The remaining conductive trends may have non-magnetic sulphides or graphite as their causative sources. A major break in conductor trends is noted along an east-west plane extending from the southern end of Line 1550E to the northern end of Line 600 E. This discontinuity may reflect the presence of a fault.

6 6. CONCLUSIONS Six conductive trends have been defined by the surveys. Geological mapping in the vicinity of the conductors is recommended to ascertain the source of the responses. Respectfully submitted,/,// Jroves

7 ntario Ministry of Northern Development and Mines CARMAN 300 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(s) GROUND MAGNETOMETER AND VLF Township or Area CARMAN ^ ^_ Claim HnlHCT( s) KENNETH GUY^ ^ 180 NADINE STREET. SOUTH PORCUPINE Survey fv.mp.ny NORANDA CREW Author of Report BRIAN GROVES Address of Author P.O. BOX 1205, TIMMINS Covering Dates of Survey. Total Miles of Lane 4/10/85-9/10/85 (Hnecutting to office) 1.1 MILE MINING CLAIMS TRAVERSED List numerically...b.4bab ' i ' SPECIAL PROVISIONS CREDITS REQUESTED ENTER 40 days (includes line cutting) for first survey. ENTER 20 days for each additional survey using same grid. DAYS per claim Geophysical Electromagnetic 20 Magnetometer is. Radiometric, Other. ^^ Geological. Geochemica.aAa l AIRBORNE CREDITS (Special provision credit* do not apply to airborne wrveyt) Magnetometer..Electromagnetic.. Radiometric (enter days per claim) HATE- ^. X?*fe SIGNATURE: or Agent Res. Geol... Qualifications. Previous Surveys File No. Type Date Claim Holder TOTAL CLAIMS. 837 (85/12)

8 GEOPHYSICAL TECHNICAL DATA GROUND SURVEYS If more than one survey, specify data for each type of survey Number of St*t. MAG AND VLF; 450 Station interval 25 METRES Profile scale V.L.F.; 1 cm : *\Q0* Contour interval MAG; 30 nt Number of Readings Line spacmg 450. EACH 100 METRES U) w Instrument GEOMETRICS G816 PROTON PRECESSION Accuracy Scale constant Diurnal correction method PROPORTIONAL CORR^ AS A FJl OF TIME REL. TO FIXED BASE STN. Base Station check-in interval (hours) ] ^^^^ ^^^. ^^... Base Station location and value L 900 E, D; nt Z c Q mi G Instrument GEONICS EM-16 V.L.F. Coil configuration Coil sqp? tinn Arnirary Method: Frenurnry VERTICAL N.A. 1/0 NAA, Ixl Fixed transmitter O Shoot back O In line CUTLER, MAINE- 24 khz D Parallel line t Parameters measured IN-PHASE 4 QUAD COMPONENTS OF SECONDARY VERT. FIELD. Instrument. Scale constant. Corrections made. o Base station value and location. Elevation accuracy. ^ 2 5 N tt ^ ri o. Q bb O Q Z H H 05 ffi fl Method d Time Domain D Frequency Domain Parameters - On time Frequency... - Off time Range Delay time Integration time. Pnwer 1 Electrode array Electrode spacing. - Tvne nf e ertrr*he

9 SELF POTENTIAL Instrument.^. Range. Survey Method ^-^ ^^^ ^ ^^^^^ ^ ^ -.^ ^...^^ ^. Corrections made. RADIOMETRIC Instrument Values measured. Energy windows (levels) ^^^^ ^^^^^^^.^^-^^-.. ^..^ Height of instrument Background Count. Size of detector ^^ ^ ^^^^^ ^.^^^^.^^^^^^ Overburden.^^ ^ --. (type, depth indude outcrop map) OTHERS (SEISMIC, DRILL WELL LOGGING ETC.) Type of survey^ ^^^ ^ ^ ^^^ Instrument,^.^^-^^.^^^^^^. Accuracy.^ ^^ ^^^^ - ^ ^^^^^ Parameters measured. Additional information (for understanding results). AIRBORNE SURVEYS Type of survey(s) Instrument(s) (tpecify for etch type of wrvey) Accuracy ^.^ -^-^^ (specify for e*ch type of survey) Aircraft used^^^^ ^^ ^^ ^ ^ -^^^^- Sensor altitude. Navigation and flight path recovery method. Aircraft altitude.line Sparing Miles flown over total area Over claims only.

10 GEOCHEMICAL SURVEY - PROCEDURE RECORD Numbers of claims from which samples taken. Total Number of Samples. Type of Sample. (Nature of Material) Average Sample Weight Method of Collection ANALYTICAL METHODS.Values expressed in: per cent p. p. m. p. p. b. Cu, Pb, D n D Zn, Ni, Co, Ag, Mo, As,-(circle) Soil Horizon Sampled. Horizon Development. Sample Depth Terrain Drainage Development Estimated Range of Overburden Thickness. SAMPLE PREPARATION (Includes drying, screening, crushing, ashing) Mesh size of fraction used for analysis Others Field Analysis (. Extraction Method. Analytical Method. Reagents Used Field Laboratory Analysis No.( ^ Extraction Method. Analytical Method. Reagents Used Commercial Laboratory (, Name of Laboratory Extraction Method Analytical Method Reagents Used.tests).tests).tests) GeneraL General.

11 ' Ontario Ministry of Natural Resources Type of Survay(s) Geophysical (Mag 4 E.M.) Claim Holder(i) Kenneth Guy Report of Work (Geophysical, Geological, Geochemical and Expenditures) Address l80 Nadine St., South Porcupine, Ontario Survey Company Noranda Crew The Mining Act Name and Address of Author {of Geo-Technical report) Brian Groves, P. 0. Box 1205, Timmins, Ontario Credits Requested per Each Claim in Columns at right Special Provisions For first survey: Enter 40 days. (This includes line cutting) For each additional survey: using the same grid: Man Days Enter 20 days (for each) Complete reverse side and enter total (s) here Airborne Credits Geophysical - Electromagnetic - Magnetometer - Radiometric - Other Geological Geochemical Geophysical - Electromagnetic - Magnetometer - Radiometric - Other Geological Geochemical Days per Claim Days per Claim Days per Claim Instructions: Please type or print. If number of mining claims traversed exceeds space on this form, attach a list. Note: Only days credits calculated in the "Expenditures" section may be entered in the "Expend. Days Cr." columns. Do not use shaded areas below. Township or Ara Carman Prospector's Licence No. M ate of Surveylfrom S to) Day l Mo. Yr. Day i Mo. j Yr. Mining Claims Traversed (List in numerical sequence) Prefix p-. ^V-v-7* Mining Claim Number 81*81*85 81*81*86 81*81*87 81*81*88 81*81*89 81*81*90 81* * *99-77 Expend. Days Cr. -nl r 1 Total Miles of line Cut 1.1 base line Mining Claim Prefix Number.-.-~-; ; ' ~^.,^^' - :-S:k' ;, ECC ^ itfs-r^-j; Note: Special provisions credits do not apply to Airborne Surveys. Electromagnetic Magnetometer Radiometric Expenditures (excludes power stripping) Type of Work Performed Performed on Claim(s) Calculation of Expenditure Days Credits Total Expenditures Total Days Credits 9 KtttoUPINE MINIM J 1 La \ b} [la U 4 ^ - 'r -f' ' '. - _ DIVISION ft!-^:u II Hi ROED Expend. Days Cr '*f ' : ".*ik ' " R ft mm bctlvt AY? ) i LANDS SCC1 ION Instructions Total Days Credits may be apportioned at the claim holder's choice. Enter number of days credits per claim selected in columns at right. Total number of mining claims covered by this report of work. Date April 28, 1986 Certification Verifying Report of Work Recorded Holder or Agent (Signature) ~~ "~ -"- --i" C f^ _ l hereby certify that t have a personal and intimate knowledge of the facts set f(5rth in the Report of Work annexed hereto, having performed the work or witnessed same during and/or after its completion and the annexed report is true. Name and Postal Address of Person Certifying R. C. Denommee, P. 0. Box 1205, Ontario Date Certified.. April 28, 1986 Certified by (Signature)

12 Mining Lands Section Control Sheet File No TYFT.' SDRVEY GEOPHYSICAL GEOLOGICAL GEOCHEMICAL EXPENDITURE MINING LANDS COMMENTS: Signature of Assessor -si,

13 Aerial C obl*way "** Boundary "' ; Building CAtmn*T Cliff,, pi t. Pitt. MAP- SYMBQLOGY *t**t* l h*, "t** A if* trlvi* r**id* \ Rturvotr, Striom, Coral --^TL/L^L ^X,H P r^ x ' -' J ' ' li., CODY TY/P. 7T~V2nT MOOSE ISLAND QNEST ISLAND CROW ISLAND COOT TWE) HIGHWAY AND ROUTE No. OTHER RbADS TRAILS SURVEYED LINES: LEGEND TOWNSHIPS, BASE LINES, ETC. LOTS, MINING CLAIMS, PARCELS, ETC UNSURVEYED LINES: LOT LINES PARCEL BOUNDARY MINING CLAIMS ETC. RAILWAY AND RIGHT OF WAY UTILITY-LINES NON-PERENNIAL STREAM FLOODING OR FLOODING RIGHTS SUBDIVISION OR COMPOSITE PLAN RESERVATIONS ORIGINAL SHORELINE MARSH OR MUSKEG ^* MINES TRAVERSE MONUMENT -f DISPOSITION OF CROWN LANDS l t 1 TYPE OF DOCUMENT SYMBOL Marsh' or Swamp -^ Waif '.. K*ad Fra** a Utility Polei. Wharf, DocH, Pur Wooded Arta PATENT, SURFACE A MINING RIGHTS,..SURFACE RIGHTS ONLY.,..,... MINING RIGHTS ONLY.. LEASE, SURFACE A MINING RIGHTS... ".SURFACE RIGHTSONLY...^, MINING RIGHTS ONLY...,,..,.. LICENCE OF OCCUPATION.._.,.^.-M OROER-IN-COUNC1L..._, M OC e Q,.,..,,.. B B..^.^...^ T RESERVATION ,._. m.. (J) CANCELLED SAND 4 GRAVEL..., (J) AREAS WITHDRAWN FROM DISPOSITION M.R.O. -MINING RIGHTS ONLY S.R.O. - SURFACE RIGHTS ONLY M.+ S. - MINING AND SURFACE RIGHTS : NOTE: M INING RIGHTS I N P ARCELS LATENT!D PRtOH TO MAY l, 1B13. VeSTED IN ORIGINAL PATENTEE 1Y THl PUBLIC LANDS ACT. n X.O CMA* 3*O. SCC. M. SUBSCC t. SCO tooe to 10 N 30 W M WO t UOO 7900 WOO 4000 SOOO --j-..^~; i.:.'^z^-l^. JTTE rr-j F*** SCALE 1: GRID Z ONE: 17 ' f -r'x / ' s i.^^^^j;_-jri_l!l. -^ZJ J Y *** T l.fftfoft-lc l - f J/. ia i "" ~^L^.^** ~- -f) ---r y-,--* D, 111 JUN TOWNSHIP S i A V n M,N.R. ADMINISTRATIVE DISTRICT MINING DIVISION TIMMINS PORCUPINE LAND TITLES/ R EGISTRY DIVISION COCHRANE Ministry of Natural Ontario Resources y Land Management Branch LANGMUIR TWP. ORIGINAL COMPILATION JULY 1984 REVISED:

14 , 'ft. ^.^..^. ^.- i O O ; ytf.j t. '. NDE X M AP 1 [~1 f 33 E l*z -H * "D i/!.1 > * -\ t Tl T' "T, ;. r. GMUiR T W P l -^ T \ W i cp f 5? l 3? J * * /l s? ^ i 'S. 1 *^ T i r fi fi b f) fe 7fjf)562 t ^ i ^ '9M! ' \ ^ (P pcp A?S5555 -S f^cp. -- ""~' (P 1 i *CP r -' ~ - H t D * 5? 1 t 370 ^, , S 4 k i - - ~ ^ T i ' , C;AHMAN TWP. 1 :?0000 t h,' -..nigh ^i 'T pt. Harv' i nu /YXI/' y C ARMAN MHGNETOMETER SURVEY untquk PR r ^F^TR Fi ON l PROJEL'I: CflRMflN PROJECT" tt : 101 BHSELIME flzimuth : 55 J G g. 5CRLE = 1: 2500 DHTE : 10/ SURVEY BY: M!, NTS : 42-R--6 FILE: MlBlCflR.ZflT NORRNDR FXPLORflTION 85 42A06SE CARMAN

15 INDEX MAP f -*P Insirument! EM 16 Co l l Spoclng : 0m Vertical Seel e: l cm = 1 0Z Frequency : Cufl*r 24 Khi In Phose Quadroture 50m 25m 0m l l l l Shaw Twp. Eldorado Twp. Langmuir Twp. Carman Twp. CRRMflN VLF SURVEY FREQ. 0 HERTZ PROJECT: CRRMflN PROJECT tt : 101V BflSELINE RZIMUTH : 55 Deg. 42A06SEe e CARMAN S20 *rt Vtti H Kar 1996,t I t; )B Nor Prof 11 o grid Contar at 925. BE f? j^- SCflLE = l: 2500 DRTE : 107 5/85 SURVEY BY: DM NTS : 42/R/6 FILE: H101VCRR.ZRT NORflNDfi EXPLORRTION so? ~7 ;r~7 (T/