l l l WESLEYAN LAKE l l l RECEIVED ' MAR 3 l 1989 MINING LANDS SECTION GEOPHYSICAL REPORT WESLEYAN LAKE PROPERTY GRID #1 FOR CHAMPION GOLD RESOURCES

Transcription

1 WESLEYAN LAKE GEPHYSICAL REPRT N WESLEYAN LAKE PRPERTY GRID #1 FR CHAMPIN GLD RESURCES 010 Prepared by: S. Andersn Exsics Expratin Ltd February, 1989 RECEIVED ' MAR MINING LANDS SECTIN

2 52083NWG WESLEYAN LAKE TABLE F CNTENTS INTRDUCTI N. PERSNNEL... CLAIMS..., 010C Page 1 2 LCATIN AND ACCESS GEPHYSICAL PRGRAM GEPHYSICAL RESULTS REMENDATINS AND CNCSINS LIST F FIGURES Figure Lcatin Map Figure 2 Rad Lcatin Map Figure 3 Prperty Lcatin Map Figure k C aim Grup Sketch Map LIST F MAPS IN BACK PCKET MAP N. Magnetmeter Cntured Map MAP N. 2 VLF-Dip Ange Map MAP N. 3 Fraser Fitered VLF Cntured Map MAP N. k F raser Fitered Chargeabiity Cntured Map APPENDICES Appendix A EDA IP-2 Dipe Receiver Appendix B I PC - 7 Appendix C Appendix D mni Pus VLF Magnetmeter System Technica Data Statement

3 m ntrductin Exsics Expratin was cntracted by Champin Gd Resurces t cnduct a gephysica prgram n a bck f 12 cntiguus, unpatented mining caims cated in the Picke Lake area, Kenra-Red Lake Mining Divisin (see figure 1). This prgram was carried ut during.january f 1989, and * incuded a magnetic, eectrmagnetic and induced B pariatin survey. The purpse f this prgram is t utine any gephysica respnses which may indicate areas favurabe fr base meta r gd depsitin. m P ersnne Pepe directy invved with the surveys and empyed by Exsics Expratin Ltd. were as fws: Ray Meike... Timrnins, n tar i m Steve Andersn...,...Timmins, ntari L anny Andersn...Timmins, ntari Mike Hickey...Nrth Bay, ntari Dan C ins...timmins, ntari Luis Therrien...Kashabwie, ntari

4 Prperty Lcatin NTARI GMAUttt ihtaast frt AUANY qfz^ IAS1MAN AMS AHC UMTIMt N*tt J "W" * (KMiXMDA VAL VMM* EXSICS EXPLRATIN LTD, P.. fei UN, PUMX1 Mt t), twuntir W4*. T}Mrtw M. CLIENT: CHAMPIN GLD RESURCES PRPERTY: WESLEYAN LAKE PRPERTY TITLE: D*!*: March 1989 Drawn: LCATIN MAP Si: 1"- 12Smits Interp: N QUEBEC wtn Fig, NTS: Jb N. EE-221

5 ,, v,..,-y ii^^^ss EXSICS EXPLRATIN LTD. P.. *i *M, J4IHXI tuh*. Hribt* Mfe TMrfM (M.. * i TK-UY-if CLIENT; PRPERTY: TITLE: CHAMPIN GLD RESURCES WESLEYAN LAKE PRPERTY RAD LCATIN MAP Daft: March 1989 Drawn: Sta: Inttrp: Fig. 2 NTS: Jb N. EE-221

6 i ; i j j, j i^-.^ii*xw'f?# '^-~,^-'~'-^-*' " - --"^ fs^^i^mh ^im^r^ ^^S^^-^-v^ ^ -.' jyv~'^y-~- ^ ^-. ^'^j c^^^...^^-^^^^^.^ L^ H -cf;,.^^;^ ^ C7. C?..- ;~.tf.s "" 'T T ~, ^,. ~Z*.^}~^*~ :^:^- V-V^V^-^D^ -,...,..^^- i^^'.':s-''-'.\g'a±-*~" s " "^' ^^t -1b^ f f J^ c. *. -''.^- --' -r' (^' /-- * - vv - -.' V;^ -c,- ^ isand ^A. -^-^i^.v^y/t! X j. i ^1^ ^^ J J ^vf L- S^-^i--^V ;/- j-- Aditi'/s// x -.i1-' Uv ir4'"c, t-s'/ i/ A.'v^ci^/:5^ '-- ',- ^^"7..- ^ i "six -"J 1 ' "^ ~--- I. "P"i;J.-;-i-J*"- - ^-^^-^^ -^^' ^ -^: 7 '^'\\~ ^'..--/./.^ *,S- ' '^ *' j" '. ' ' EXSICS EXPLRATIN LTD. P.. *i MM, Sutt*. tmfeftf M4c Thwta M. TM-14MBI CLIENT: CHAMPIN GLD RESURCES PRPERTY: WESLEYAN LAKE PRPERTY TITLE: PRPERTY LCATIN MAP EkLJ- Daft: March 1969 Si: NTS: Drawn: intcrp: Jb N. EE-221

7 B ^J Caims The caim numbers which make up the Weseyan Lake Prperty, are isted bew: Ci aim Number Area Weseyan Lake m * g * ( see f igure 4-2 -

8 -4-' " 0?3 i36657j^^ J Q.,ft,L ^ f j J i EXSICS EXPLRATIN LTD r.0. 1*1 VM, SuHt. MthMT M4t. TkM** M 8 CLIENT: PRPERTY: CHAMPIN GLD RESURCES WESLEYAN LAKE PRPERTY CLAIM GRUP SKETCH Datt: March 1969 Suit: r-/2 mie Jb N. EE-221

9 g ^ft Lcatin and Access The Weseyan Lake prperty is cated within the Red * Lake Mining District, apprximatey 3 mies nrthwest f the * Sate Fas Indian Reservatin (see figure 3). The grid incudes a prtin f ake which is the suthwest sectin f Weseyan Lake, Access t the prperty during the survey perid was by fixed-wing aircraft n skis, suppied by Gd Bet Air frm * Picke Lake, ntari. Fight time frm Picke Lake t B Weseyan Lake is apprximatey 1/2 hur. A fied camp was U estabished n the shre f Weseyan Lake n grid tt at L30N/21E. The prperty was accessed frm this pint fr the entire survey perid. Gephysica Prgram This prgram, cmpeted by Exsics Expratin Limited during the mnth f January, 1989, cnsisted f a tta fied magnetic survey, eectrmagnetic (VLF) survey and induced pariatin survey. The magnetic and m e ectrmagnetic surveys were cmpeted n every ine at 50 ft intervas, whie the induced pariatin was read n every secnd ine at 50 ft intervas ver and and 100 ft intervas ver the ake prtin

10 m Magnetic Survey Survey Prcedures T he magnetic survey was cmpeted n mies (35.39km) f grid ines using the EDA mni Pus System. A tta f 2322 readings were recrded acrss the grid. The specificatins f the EDA mni Pus System can be fund as Appendix C f this reprt. tm This survey was dne by first reading the base ine and string this data within the unit fr the remainder f the survey. The base ine statins were estabished t assist in the cacuatins fr any diurna variatin in the tta J magnetic fied. A the nrth-suth ines were surveyed with "tie-ins" t the base ine. The unit then accunts fr any diurna change in the tta magnetic fied based n the eapsed time between "tie-ins". The diurna was nt fund t exceed pus r minus 25 gammas in three hurs. The cected data was then ptted n a base map using * a scae f I" r 200'. A base eve f gammas has been B remved frm each reading t simpify ptting. The data was then cntured at 100 gamma intervas. r epr t. The base maps are incuded in the back pcket f this - k -

11 Eectrmagnet i c (VLF) Survey The VLF survey was cmpeted n mies (35.39km) f grid ines using the EDA mni Pus System. A tta f 2322 readings were recrded acrss the grid. Specificatins fr this unit can be fund under Appendix C f this reprt. The survey was cmpeted ver the entire grid using the transmitter statin, Cuter Maine, at a frequency f 24.0 kh. A dip ange measurement was recrded at each statin n the grid. The data was then ptted directy nt the base map and prfied. When interpreting this data, a true cnductr axis is nted as psitive readings t negative readings when traversing suth t nrth. ne shud keep in mind, when interpreting this survey, that the VLF unit is an idea gegica t as it wi react favraby t cntact nes, fauts and shears as we as utcrp t swamp cntacts, creeks ake shres, and f curse anmaus nes. Induced Pariatin Survey Every secnd ine was read using a Time Dmain Pe-Dipe eectrde array. An 'a' spacing f 50 feet was empyed ver the and area because the verburden is reativey shaw and sme targets expected t be narrw. Because f increased verburden depths, it was fund necessary t empy an 'a' spacing f 100 feet ver the ake prtin f the grid, in rder t achieve prper bedrck resut i n

12 The IP invves appying vtage acrss tw eectrdes in a puse manner i.e. 2 secnds n, 2 secnds ff. A secnd "dipe" r eectrde pair, measures the residua ptentia r vtage between them after the vtage is shut ff r during the 2 secnd ff cyce. The ptentia is recrded at different times after the shut ff. If fr exampe there is suphide mineraiatin within the measured dipes they wi be paried r charges set up in the suphide partices. This pariatin gives the ne a capacitir effect, thereby bcking the current deay giving a higher chargeabiity reading. A typica signature fr many gd shwings wud be a chargeabiity high, resistivity high and magnetic w. This wud be characteristic f a mineraied, highy atered carbnitied and/r siicified ne. Hwever, this is by n means the ny gegica setting fr gd, therefre every IP prfie shud be ked at individuay and crreated with a ther gephysica-gegi ca data. The eectrde array used fr the survey was the Pe-Dipe Array. In this array ne current eectrde (Ci) is paced at infinity fr the entire survey, whie a secnd current eectrde (C2) and tw ptentia eectrdes are mved dwn the ine in unisn. In this case the 'a' spacing r distance between each dipe was fixed at 50 feet ver and and 100 feet ver ake. Fr an H - reading, the csest current and ptentia eectrdes were 50 r 100 feet

13 g The C2 dipe remains in the same piace whie the ptentia dipe (P1-P2) mves ahead ne 'a' spacing t read N^2. The C2 nw mves ahead ne 'a' spacing and the array is ready fr an N r 2 reading. Because f the reativey shaw verburden, ny N r -3 were read. The IP survey was carried ut using the fwing parameters: Methd: Time Dmain Eectrde Array: Pe-Dipie M ' a' Spacing: 50 and 100 feet Number f Dipes Read: N-1,2,3 Puse Duratin: 2 secnds n, 2 secnds ff Deay Time". 500 ms Integratin Time: ^20 ms Receiver: EDA IP-2 Transmitter: Scintrex IPC-7 Data Presentatin: Individua ine Pseud-sectin (in reprt) : Fitered Chargeabiity Pan Map - 7 -

14 g Survey Resuts The gephysica prgram cnducted n the Weseyan Lake Prperty Grid #1 was successfu in utining a number f areas f interest. Due t the cmpexity f sme f the B nes, each wi be discussed individuay and in further detai bew. Z^HUL-AL This ne is the mst dminant feature n the prperty. m I t extends frm L6E/500N t L56E/2000N and appears t B cntinue ff the prperty t the east. It's strike varies frm apprximatey 75 TN at L6E t 90 TN where it runs ff the bck t the east. Generay, it appears as a brad ne when ccuring n and, becming narrwer t the east f E, where it crsses Weseyan Lake. The IP respnse ver this ne shws it t be extremey cnductive thrughut it's strike ength. The best chargeabiity respnses ccuring ang the and prtin f this ne are rughy k ~5 t imes backgrund. These respnses ccur prirnariy ang the nrthern and suthern bundaries f the ne. Due t the cnductivity f the ne it was nt pssibe t read IP thrugh sme f the areas f this ne. Fr the sectin f the ne that crsses Weseyan Lake, the highest IP chargeabiity repnses seem t ccur ang the nrthern fank frm LfcSE t L52E

15 The VLF respnse ver this ne crreates very we with the IP. A VLF cnductr axis is cincidenta with the IP cnductive ne fr the prtin acrss Weseyan Lake. secnd cnductr paraes this t the nrth and has a weak m I P respnse n L36E/2000N. As mentined this ne becmes much wider n and, because f this a number f VLF cnductrs with shrt strike engths and varius directins ccur within the cnductive ne itsef. This ne shws a strng magnetic respnse thrughut mst f it's strike ength. Frm L6E t L32E, strng magnetic highs fanked csey by ws situated ang the ne's nrthern and suthern fanks may suggest areas f ateratin ang this ne's cntacts. Frm L^8E t L56E the ne is cincidenta with and fanked t the nrth by these same high w magnetics, again suggesting areas f ateratin. This feature as crreates with a cnductr shwn by a previus HLEM survey cnducted in This feature extends frm L36E/900N t L56E/1100N and appears t cntinue ff the grid t the east. The IP respnse ver this ne shws it t be very cnductive, with high chargeabi i t ies cntained within the cnductive unit itsef, frm L36E t LfcSE. Frm L52E t L56E the mst chargeabe prtin f the ne is ang it's nrthern fank, with it's strngest respnse f 8-9 times backgrund ccuring n L5-9 - A

16 The VI. F respnse fr this feature shws a cnductr B ang the ne's nrthern fank fr it' v s entire strike m ength. A cnductr shwn t run frm L k2e t L U6E a t 750N wud appear t mark the ne's suthern bundary. A VLF cnductr as marks the suthern bundary frm L50E/950N t L56E/850N. Magnetics fr this ne are simiar t that f ne A, im w ith csey fanking highs and ws ccuring primariy within the western prtin f the ne. These magnetics are between L36E and L kke, a ng the ne's suthern fank and again may suggest areas f ateratin. T the east, frm J L50E t L56E the magnetics are situated ang the ne's nrthern bundary and cnsist f highs fanked t the nrth by ws, again suggesting ateratin ang the ne's cntact. This cnductr is cincidenta with an HLEM cnductr cated by a survey in Zne C: B This ne runs parae t, and suth f ne B, m e xtending frm L2fcE7550N t L52E/650N. The IP shws it as a ne resuting frm the cntact between backgrund and sighty wer than backgrund resistivities. It has chargeabi i ties f 2-3 times backgrund and may cntinue ff the prperty t the east. - 10

17 The ne is shwn t be narrw thrughut it's strike ength, with the exceptin f L32E. n this ine the ne is shwn t be cnsideraby wider, which may be the resut f infuence frm ne B. Here nes B and C appear t mm merge with the characteristic ws f ne B disappearing. The VLF fr this ne shws a cnductr between L^2E and L^6E which ccurs ang the nrthern fank. This B respnse is cmmn with the suthern fank f ne B, again suggesting a reatinship between the tw nes. Magnetics fr this ne seem t ccur primariy ang it's nrthern bundary and cnsist f highs and ws typica U f ateratin. As with the VLF fr this area, this ne's m magnetics are cmmn t the suthern bundary f ne B, suggesting a simiarity between the tw nes. Zne D: This ne is shwn by the IP survey t be a resistivity w which strikes frm L2J/E/700S t L^E/SS and may cntinue ff the prperty t the east. T the west this feature appears t take a change in strike directin, striking frm L12E/500N t L2^E7?S and appears t be cut ff by ne A in the west. This sectin f the ne shws mm u p as being fairy wide, which is ikey due t the ne's strike directin in reatin t the ine directin. highest chargeabi i ties f 3-fc times backgrund tend t The ccur ver the mst cnductive areas f the ne.

18 The VLF shws a cnductr running ang the nrthern edge f the ne fr it's entire strike ength. As we frm L28E t L32E a cnductr is shwn ang the suthern * edge f the ne. These VLF respnses ikey mark the nrth and suth bundary f this feature. The magnetics tend t crreate with the VLF respnses ver this ne, ccuring primariy ang the ne's nrthern edge. The magnetics are simiar t that f the previus m nes, cnsisting f highs fanked by ws, indicating tt p ssibe areas f ateratin. The best magnetic respnses fr this ne ccur between L18E and L^2E. Again, this ne crreates with a cnductr cated by m Z ne E: a HLEM survey cnducted in This feature which strikes frm LE/100N t L16E/500S and remains pen t the west, is rughy n strike with ne D, and may pssiby be an extensin f that ne. This feature hwever, ccurs ver resistivities which are high t backgrund, rather that the characteristic ws f ne D. It cnsists f chargeabi i t ies f 3 -b t imes backgrund, thrughut mst f it's strike ength. The VLF respnse as suggest the pssibiity f a reatinship t ne D. Here a cnductr appears t branch ff frm thse n D, and strike int this ne n LfcE and L16E

19 There are very itte magnetics assciated with this feature with the exceptin f isated ws n L8E/100S and L2E/100N. Zne F: This ne's IP respnse is made up f chargeabiity highs f 3 ~k t imes backgrund situated ver resistivity B highs. It strikes frm L8E/900S t L20E/1050S and appears t remain pen t the east. " A VLF cnductr runs parae and t the suth f this B ne frm L8E t L16E, where it then crsses the ne and fanks it t the nrth n L20E. Magnetic ws fank the feature t the nrth n L8E and L20E, whie it is fanked t the suth by a high n L16E and B a w n L^E. These magnetics may suggest sme srt f aterat i n. Zne G: This feature strikes frm L32E300N t L52E550N and may cntinue ff the prperty t the east. It is made up f a B j resistivity high with chargeabiity highs f rughy 2 times backgrund. Magnetics reated t this ne are primariy ws with B the exceptin f a magnetic high n L^2E. The magnetics tend t ccur ang the nrthern bundary f this feature. B This may be the resut f infuence frm ne C, which csey paraes this ne t the nrth

20 Zne H; This feature strikes frm L36E/150N t L^SE/BL and has characteristics simiar t that f ne G. This ne as strikes int ne G t the west, suggesting the tw nes may be reated, As with ne G, there is n direct VLF respnse r B this ne, hwever a cnductr is shwn t ie between the tw nes frm L1/E/200N t L48E/200N. The ny magnetics that crreate with this ne are B Zne : tw ]ws ccur ing n L^E and L^6E. m T his ne's IP respnse shws it t be a resistivity w with chargeabiity highs f 2-3 times backgrund. It extends frmle/1sn t L8E/2100N and remains pen t the west. n L2E/2100N an anmay with the same characteristics M as this ne ccurs which may be a branch r extensin f the main ne, as shwn by the. VLF. This feature ccurs ang the western prtin f an extensive VLF cnductr striking frmle/1 SN t LME/2600N. This cnductr branches ff frm the main ne at L8E, pssiby accunting fr the IP respnse n L2B/2100N. This feature is assciated with magnetic ws ccuring n LE/2100N, L2E/2000N and L8E/2100N.

21 Zne J: This is an IP anmay which is shwn as a chargeabiity high f apprximatey 2 times backgrund ccuring ver B backgrund resistivities. It strikes frm L20E/2300N t B L28E/2600N. This feature des nt appear t have any crreatin with the VLF, and it's ny magnetic sugnature is a w ccuring n L22E2400N. m R ecmmendatins and Cncusins The gephysica prgram cnducted n the prperty respnded very we, and was successfu in utining a number f areas f interest, a wrthy f fw-up wrk, Sme f the areas discussed under resuts are fairy M cmpex, therefre each ne shud be ked at * individuay, and crreated with ai three f the surveys 8 cnducted. Mst f the main nes encuntered were discussed under P resuts, hwever, a number f ne ine anmaies thrughut * the prperty were nt discussed. These shud nt be * dismissed withut further investigatin t determine their B vaidi ty. Pririty fr the nes discussed may be determined upn B their crreatin with any previus wrk cmpeted n the prperty. Hwever based sey n the gephysica prgram cnducted, pririties wud be as fws

22 Zne A has the mst extensive strike iength and has a fairy strng respnse thrughut, and therefre shud have first pririty. Secnd pririty wud be nes B and D, which as shw strng respnses, but ver a shrter strike M ength. A three f these nes crreate with an HLEM survey cnducted in Pririty fr the remainder f the nes is difficut t estabish withut further infrmatin, It wud be recmmended that a detaied mapping prgram be carried ut n the prperty t determine the pssibe * surces f any gephysica respnse encuntered. B If after this crreatin with the gegy, any f these nes are nt fet t be resved gd enugh t dri, sme fi-in, Dipe-Dipe Induced Pariatin wud be recmmended n adjacent ines ver the areas f 8 interest. As we, an HEM (MaxMin II) survey may be m f s uccessfu in further defining any cnductive nes, which seem t be infuentia n a number f these nes. Respectfuy submitted,

23 CERTIFICATIN I, Steve Andersn f Timmins, ntari hereby certify that: it. h d a Stanfrd in three year Techngist Dipma frm the Sir Feming Cege, Lindsay, ntari btained I have been practising my prfessin since 1980 in ntari, Quebec, Saskatchewan and NWT.fr Urangese schaf t Candada Ltd., Asamera i Ltd., Rayan Expratins, and mst recenty Exsics Expratin Ltd. I have based cncusins and recmmendatins cntained in this reprt n knwedge f the area, my previus experience, and n the resuts f the fied wrk cnducted n the prperty during Nvember, h d n interest, directy r indirecty in this prperty, nr d I expect t receive any interest in the WESLEYAN LAKE PRPERTY fr CHAMPIN GLD RESURCES r any f it's subsidiary cmpanies. Dated this 28th day f Feb, 1989 at Timmins, ntari in Ltd

24 APPENDIX A

25 IP-2 TW DIPLE TIME DMAIN IP RECEIVER MAJR BENEFITS * * TW DIPLES SIMULTANEUSLY MEASURED SLID STATE MEMRY AUTMATIC PRIMARY VLTAGE (Vp) RANGING AUTMATICALLY CALCULATES APPARENT RESISTIVITY PUTER PATIBLE EDA instruments inc., Head ffice: 4 Thrncffe rark Drive, Trnt, Canada Man1H1 Teephne: (416) , Teex: EDA TR, Cabes: INSTRUMENTS TRNT in USA, EDA instruments inc., 5151 Ward Rad, Wheat Ridge, Crad Teephne.-(303)

26 ^Specificatins Input Vtage (Vp) Range /p Resutin Vp Accuracy Chargeabiity Resutin... Chargeabiity Accuracy... ^utmatic SP Cmpensatin Input Impedance tmpe Rate itmatic Stacking.,... Kichrniatin. ectin Fiters unding Resistance Check fnpatibe Transmitters... grammabe Parameters ftpay.,...,... mry Capacity 232C Seria I/ Interface Cn: ise Pwer Suppy perating Envirnmenta Range Swrage Temperature Range,, ight and Dimensins idard System Cmpement Amiabe ptins..., Tw simutaneus input dipes..40 micrvts t 4 vts, with autmatic ranging and vervtage prtectin..10 micrvts., v. D.3% typica; maximum ver temperature range.. D.3% typica; maximum 1 0X ver temperature range frvp>10mv.. ± 1 V with inear drift crrectin up t 1 mv/s..1 Meghm/*;..,' :.., :,--'.10 miisecnds.' ^ \ - -,,.' '."' i ' ;/.3 t 99 cyces. :-.. Minimum primary vtage eve f 40 micrvts.. 50 and 60 H pwer ine rejectin greater than 100 db.. ' : ;.;-,:: ;..-: ;' ; :.100 hm t 128 ki-hm. '.Any time dmain wavefrm transmitter with a puse duratin f 1 r 2 secnds and a crysta timing stabiity f 100 ppm.. Gemetric parameters, time parameter, intensity f current, type f array and statin number... Tw ine, 32-character aphanumeric iquid crysta dispay prtected by an interna heater fr w temperature cnditins sets f readings baud, 8 data bits, 1 stp bit, n parity..six- 1.5V "D" ce dispsabe batteries with a maximum suppy current f 70 ma and aut pwer save. : C t + 550C; D-100% reative humidity; weatherprf.,.-400ct-f600c/* ;'.-',-;: :;!' ; ; v :j' ; 5.5 kg, 310x230x210 mm. ' '- ; ;,','. Instrument cnse with carrying strap, batteries and peratins manua. * "'; '. Stainess stee transmitting eectrdes, cpper suphate receiving eectrdes, aigatr cips, bridge eads, wire sps, interface cabes, rechargeabe batteries, charger and sftware prgrams. i; E A Instruments Inc 4 Thrnciffe Park Drive, Trnt, ntari - " Canada M4H1M1 TeeX:0625??2EDATR Cabe: Instruments Trnt 1416) InUSA E DA Instruments Inc 5151Ward(?03d. Wheat Ridge. Crad USA8CX nted In Canada

27 A P P E N I X B

28 UJ: L^,,,,,...,... IPCTime Dmain Induced Paria tin/resistivity Transmitters 1PC Trensmisrsr r^ara Pisnracin Induci ; r-!etisuv;r,bc. cr e: Dminic e Tiempr. 1PC: Emetteurs de parisatin i et resistivite en dmaine de ten The Scimrex IPC Series! Time Dmain transmit ters was eesipnes : peratin with tne IPR-6. IPR-10A. ipr-ii and RDC-10 Receivers Tmee mdes are avaiabe, raied a: 250 W, 2.5 kvv and 15 kw wnicri are esipnaies ine IPC-B/250W. IPC-7/2.5 kw and PC-7.'15 kvv respectivey Whie the IPC-6'250 W is pwered trm mierna. rechargeabe Datienes. tne ther, mre pweru mdes use mtr generatrs as pwer surces. Since ine IPC-8/250 W Transmitter is iiphi enugh (15.5 kg) 10 De mved irm bservatin t servatin, 11 can prvide e nipn speed f peratin r diie-qidie an Wenner arrays wnen a w pwer surce wui sutiice. i is as idea tr niinie gging. The maximum current cutut is 1.5A. max imum viiape is 650 V DC Tne IPC-7/2.5 kw mei is an ai purpse, medium pwe: sysiem. i is tne stanarc pwe r transmitter used n ms; surveys uner a wie variety 01 pepnysicai. DpraDnicai ana cnmatic cnditins. Tne maximum current utput is 10 A. maximum viiape is 1210V DC. t? rtcfr.r- Le: \ 'f. i :: kv.. 'rs:-.r:.apatera; Mf -.a?her?;;. f -.s'.: uti;;:a- ~::r-?: cuie::. i f- f; *:-. r.ev. -a: sane;. maxir- "cs seer. r;. ;c :--"-i:. ::?.n?mis f stansrc u;i :-i:-i::. peisics ai: 've r - ic.f.-.e:- \ f tdpraic S^ ",.-i-.:"r..-. e:- 10 A y e: viicf E!ir: *.v. P:.r.;.,.-..3nc ue satisiac? sn? recuis r.-: r.rif".:..^ f. ::adais ue eer Bicanr ^jr'.:: r'?''f.;tc,c' usand cranes : 2r f:e::-c:c: aun en arear e r/ais. T fc:;r. -esisiencie en s ccitects -.-.r f ~.:-c- enrrer es insteiac; en UT, ecc:..r.:: 2r c: : ue:s: cara iaci! trasiac: a a :;:r". E ste uansmisc- D^ee puisc c::cw -.:?r.'st. r es;ad snc:. PC-.-c.'ir.cc" e srecarpat \ :: j.fciscci', e nem:' f 'ccrec^ para verhicaci^ t Les emeiieurs en maine de emps ( Scmtrex IPC snt cnpus pur une uti es recepteurs IPR-8, IPR-10A, IPR-11 Trts mdeies sni dispnibies. e pu srtie nminae de 250 W, 2.5 kw e' snt nmmes IP6/250 W, IPC-7/2,5' PC-7/15 kw respectivement. Le md* W tnctinne avec des batteries inter rechargeabes ars que es deux auti pus puissants utiisent des grupes t cmme aimentatins. Vu que I'emetteur IPC-8/250 W est as {15.5 kg) pur e r e depiace d'bserva vatin, i peui turnir une grande vite: tin pur es reseaux dip6ie-ip6e et QU une aimentatin abe suffit. II es' pur e carttage de trus de sndag maximum de curant maximum est c tensin maximum esi de 850 V CC. Le mdes IPC-7/2.5 kw est un systfe es usages, de puissance myenne. teur qui est nrmaement utiise pur eves dans de granes vahetes de ci gephysiques. tpgraphiques e cir srtie maximum e curant esi e 11 sin maximum esi de 1210 V CC. Le mdee IPC-7/15 kw esi idea pt tin u une puissance eievee esi ree vestigatin a e pranes prtneur de grands espacements entre es ei meme dans es nes a resistivity a resistance de cniact eievee. Nrm; grupe eectrgene esi instae sur i pur e transprt a chaue statin d emetteur peut turnir autant que 20 CC. Tne IPC-7/15 kw unn is eai fr use wnere nipn pwer is reuired 10 survey 10 preat eptns using arge eiecue scacmgs. even m areas i w resisiivny r hipn cntact resistance. Nrmay tne mtr generatr is instaiie n e smgie axie trauei t De twed t eacn transmitting statin THIS iransmiiter can utput as much as 20 A ; 5000 V DC. ^^^SES^gS^ - *-J^I 1 *"'-*'" s"*5"v5i!*s ^^' ^yrf^-ii.i&s, Tus ces emetteurs a semi-cnauct caractenses par des circuits de pr charge ei e charge tr taibie ains emps d'mpusin seieciinnabes, crre de mesures de resistance ( ternes et d autres caractenstiques. A these sid state transmitters teature ra and underad priecun circuits as wen puse times. Duiid-m externa circuit icatin an ther features

29 XdNSddV

30 FTMMJMniTIMIMMnM Majr Benefits f the MNI PS 9 cmbined VLF/Magnetmeter/Gradimeter System 9 N rientatin Required 9 Three VLF Magnetic Parameters Recrded 9 Autmatic cacuatin f Fraser Fiter 9 Cacuatin f Eipticity 9 Autmatic Crrectin f Primary Fied variatins 9 Measurement f VLF Eectric Fied

31 I i! i! i specificatins 'Dynamic Range t 110,000 gammas. R-ver dispay feature suppresses first significant digit upn exceeding 100,000 gammas. nuning Methd..... Tuning vaue is cacuated accuratey utiiing a speciay deveped tuning agrithm Autmatic Fine Tuning ± reative t ambient fied strength f ast stred vaue [Dispay Resutin gamma Prcessing Sensitivity... ± 0.02 gamma ^Statistica Errr Resutin..., gamma \bsuteaccuracy, ± 1 gamma at 50,000 gammas at 23"C ± 2 gamma ver tta temperature range "Standard Memry Capacity Tta Fied r Gradient ,200 data bcks r sets f readings Tie-Line Pints data bcks r sets f readings Base Statin... 5,000 data bcks r sets f readings "Dispay. Custm-designed, ruggedied iquid crysta dispay with an perating temperature range frm -400C t -t- 550C. The dispay cntains six numeric digits, decima pint, battery status mnitr, signa decay rate and signa ampitude mnitr and functin descriptrs. RS 232 Seria I/ Interface baud, 8 data bits, 2 stp bits, n parity Gradient Terance.....6,000 gammas per meter (fied prven) f est Mde A. Diagnstic testing (data and prgrammabe memry) 8. Sef Test (hardware) Sensr... ptimied miniature design. Magnetic ceaniness is cnsistent with the specified absute accuracy. Gradient sensrs. 0.5 meter sensr separatin (standard), nrmaied t gammas/meter. ptina 1.0 meter sensr separatin, avaiabe. Hrinta sensrs ptina. ensr Cabe.... Remains fexibe in temperature range specified, incudes strain-reief cnnectr /cing Time (Base Statin Mde)...,. Prgrammabe frm 5 secnds up t 60 minutes In 1 secnd increments fperating Envirnmenta Range Ct * 550C; D-100% reative humidity; weatherprf Jwer Suppy... Nn-magnetic rechargeabe seaed ead-acid battery cartridge r bet; rechargeabe NiCad r Dispsabe battery cartridge r bet; r 12V DC pwer surce ptin fr base attery Cartridge /Bet Life t statin peratin ,000 t 5,000 readings, fr seaed ead acid pwer suppy, depending upn ambient temperature and rate f readings F eights and Dimensins instrument Cnse ny...., 2.8 kg, 238 x 150 x 250mm NiCad r Akaine Battery Cartridge kg, 235 x 105 x 90mm NiCad r Akaine Battery Bet kg, 540 x 100 x 40mm Lead-Acid Battery Cartridge......,1.8kg, 235 x 105 x 90mm Lead-Acid Battery Bet kg, 540 x 100 x 40mm Sensr......, kg, 56mm diameter x 200mm Gradient Sensr (0.5 m separatin-standard) kg, 56mm diameter x 790mm Gradient Sensr (1.0 m separatin-ptina).., kg, 56mm diameter x 1300mm rndard System cmpement.... instrument cnse; sensr; 3-meter cabe, auminum sectina sensr staff, pwer suppy, harness assemby, peratins manua. Base Statin ptin.... Standard system pus 30 meter cabe radimeter ptin standard system pus 0.5 meter sensr EDAInstrumentsnc. 4 Thrnciffe Prk Drive Trnt. ntari C,inndaM4H 1H1 Teex: EDA TR CnJe: instruments Trnt (416) inu.sa. EDAinstrumentsinc ward Rad Wheat Ridge, Crad U.S.A. 8003J ( ? Printed In Canada

32 h APPENDIX D

33 s* t C t K) K) V t D 03 C 00 er* e 00 C CD C D w* C ve 00 V* 00 e 03 w* C e ea b* UJ st Ci* CkJ s g t? S* 4* t* T f* (B r m ft j M rt * fi an*, i* 1

34

35 1 ^* -J c* 1 M 1 J-* N w 1 M ^ 0 t 1 V w 1 1 Vi * * w SE Sf B 1 J D r 9 * i (Sj CD 1 ( -J w* 0 t -j i N) *r* un 0 Z t K)^ 0 1 N) W tf r * w 1 t ** 0 i NJ Jfc 1 1 K) M WV U r r V t (s) K" H* 0" 0 1 t H* t N) 0 V 0 1 Is) 0 * f- X- V 0 *- tt 0 t M D w 1 H* V 0

36 - - jjjjj 'v ^fvn ' -v ' 21 * i Prperty i WESLEYAN LAKE PRPERTY Cient s CHAMPIN GLD RESURCES Date f Survey i 28/1/89 peratr s SA Eectrde Array i PLE - DIPLE Md* t TIME DMAIN Receiver t EDA IP-2 Transmitter t IPC-9/20W ^ Puse Time t 2 Sec n 2 Sec ff Chargeabiity Windw Ptted i #3 Deay Tie* t 500 ** Integratin Time i 42 mn EXff^L-RAT IN L.TD. HW- -M- M- -M- -*- -Mh -it- -If- H* -*- -N- -t- *h H* -*fr -M- -*- -fi- H* -tt- -* -It- -t*- -M- 4* -it- -tt- -ti- *t- -tfr -i- -M- 41- XF* F" w (Ji d w e* c -b n w r r- M i; S -f-t; L. I NE

37 > i i ft J et x -s \ ^^7" ^ \ ^ \ ^ / V: sg s a as st a a s? a

38 t t w s tn 00 \f v*. C B C g S 8 C 00 t* y w S ft D V t C * en N) m K) vn 00 \ \.1- \* --\- - \ ; ^K-^x.5\ ^ --V* \ \ \-' *x \ * \^ t *N*

39 s s 8 \ - N \ """" i Ja^n 40 * 1 J1 (7v Z 0 ri t ia * Z 0 ** r-t t Z tt) 1-1 ft t 0 r-t i Z /* (S t-* 1 f) t"" J"* C ^ 1 4P f-* 1 tf) ^ I I 1 0 hft f-4 t 0 in tf* *H t Z ih Z kn s 1-* 1 r- i-i Z 0 ift r- -i i Z D ft i Z 0 Ift r-* Z (T* 1 i Z 0 k (J* *-* 1 * CS 1 J1 CN 1 i fs 1 Z i).-1 (M i n r *"J L/ S

40 TT 7 TT 13 i r- a n f \. J. \ ! , 21-23&N x \'/; V N /, * x V 16 \ 1 16 i? N -2900N J in r n '/ ir* Prperty i WESLEYAN LAKE PRPERTY Cient i CHAMPIN GLD RESURCES Dat* f Survey i 29/1/89 peratr i BA Eectrde Array t PLE - DIPLE Md* i TIME DMAIN Receiver i EDA IP-2 Transmit ter i IPC-9/2W Puse TiMe i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted t 413 Deay Time i 500 MB Integratin Time i 42 mn *fr -*fr -t* XSICS -It- -W- -W- -* -ff- -M- -it- -i*- -t* -K- -M- -Mr -M- -M- -M- -M- -M- -M- -M- -W- X F* L F? A T I M L.TD - I R- F"e*evtJicf(evc: -fc i ne^ -f ir M -t 4Ac: i S5 -ft; L.IIME 2

41 SJ > r w ** * -' si D J rt - CD w w w D y T V C V y w 03 T w w NJ M K? S t. H rt fs? * tip t-j f Cf V ^ S f 5 ^ *- KJ

42 \ / cr V t t CT ~J U-* t t S s Z (S3 V IS* 03 t m C t U) M J w C C C t g

43 v V V CD -J V - V Si S s D Z NJ NJ w y (J* c* (J" J N) N) Q en

44 x,, s 2200N N N J 23 23bN N I&N bN 20 ; 20-2bbN en ^ SN ?800N Prperty i WESLEYAN LAKE PRPERTY Cient : CHAMPIN Gtt.D RESURCES Date f Survey s 30/1/89 peratr : MH Eectrde Array! Nde i TIME DMAIN Receiver t EDA IP-2 Transmitter : PLE - DIPLE IPC-9/2W Puse Time i 2 Sec n 2 Sec ff Chargeabiity W indw Ptted t '413 Deay Time i 500 me Integratin Time : 42 urn KXI EXF--F^AT I DIM L.TD. M- -9t- -** -** -M -M -i* -K -*fr -K -W -H* -W -*t -it -**- 4* -Mf 4f~ 4t 4f 4* -W -** -M -M -tt 4t 4t -W -it -M F* Q( CEF 1.4 ci -b i -f Y- -t 3 ir NE: e* IE

45 r: * i ne: M t: f c*** F f (hi - ittrti) CHARGEABILITY (SfCfXts) J * [ J 5 T dhafikajiim mriu E t ^ K A M 3 Hi N 2 N 3 N 1 i t N t...t ^...4. ^ 4, r / ?9 J X/- /v 2S-X 26^2* - V^- 32) X /16 P 27 \IB J K \ ^?j n^ 21/^29 IB 2a\^y29 V 35 ^n V " ** 29 /24 J ^?0 X30 \ y// " /i ' 120 2t// 11 s f ' /IB J2 17 H -1250S -1200S -1150S -1100S -10&S -1000S - 950S - 900S - 850S - 800S - 750S - 700S - 650S A / \/ YIA /*^ S *^ i *A X \ \ J ', J s' \-' \ i / i i/ a y\, S \^\ X\/., / ^" -^ A./ ;J; v n '\ J, \ i / \ y x /' ( t S * i \ J *' 7,' \ * i 'r /' IB ' ' ' it i 17 17

46 bs ' ^) 4380 ' W& w 4103 ( &5S SK 17 '18 16 i- 200S i- IbS J5 50N 100N 93S, (70 755^ H c 24 i- 250N 300N / J0 i- 350N ? *s - 500N 57 i- 550N 45 T m// 570, e 42 42

47 8 S x'^., K -~a s / x X - D "\ > IB S t t t N) ve w d V CD c* U) (^ w C tr c VD N: *^ "S. -\\ v^. X^ti ^ M -TX. \\' \\ S/ /S \ / / V w ^-~^. V \ > ^ X \ H - N > f ^ ^ ^?' f/ y* \..7 W C f f^ 1*3 I *S* f ISJ

48 H \ e a -2200N 2250N -2300N -2350N -2400N K -2&N ^T *r -2650N -2700N 18 IB S X2B Prperty : WESLEYAN LAKE PRPERTY Cient s CHAMPIN GLD RESURCES Date f Survey s 31/1/89 peratr i SA Eectrde Array i PLE - DIPLE Mde s TIME DMAIN Receiver i EDA IP-2 Transmitter t I PC-9/2W Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted t 413 Deay Time t 500 mt Integratin Time t 420 ms ^ ^ -* -M -tt *t -M -M -K EXF*L-RATIIM LTD. IR1 F*m*uiciAa*c: i; i r* m -fv IM -fc i n S -f -t; I IME

49 LI M i 80*59 S*. - W SQSL 60/8 K S008 )KH LI LI 8006 M M S096 LI LI LI K M H L\ 8 1 tt 6 1 ST S'it STT SSIT S0021 mi I8K a v EI E! S * C -* * 4-- i 01 -t---* -* 01- M i t IN en M ex 4 9 J 3 S 1 V 3 J I A1I1I8V39W40

50 i i c \ (S 9E K K c s /t, \ *x \' \ t \ N099 - N009 - N09S E2 w EI st C -*\ t x \ t v \ V \ c i 1 t f \ 91 \\ 92N II \ 02 \ Q66 LL* St SI K s; y / x s t' ' / t * * 7 ^^ - 01 /c 9 S.62 K 1 IS Sf W W N U 82 S2 S2 92 S2 SS st i SS 6f S002 - K.c i at V I 62. E i Lt \\ e c S009 CV ' VK

51 * 3f 40 i- 850N NR " 26 j* t H* *\\ 24 w - 900N - 950N A , \ I A i fe 2B fc 2" X It ' N 14 15

52 f, t\fv\ -2250N -2300N x/ i r 3 J II H N i V t DN if s N -2500N J\ f * X X H- \\ \\ 5 5 B B 15 IS N X 2? 22 m N I0342W3-2700N SN V M t -26 DN 23 23? K -26bN It K -2900N Prperty i WESLEYAN LAKE PRPERTY Cient i CHAMPIN GLD RESURCES Date f Survey i 1 /2/89 peratr : SA Eectrde Array i PLE - Mde i T IME DMAIN Receiver : EDA IP-2 Transmitter : IPC-9/2W DIPLE Puse Time s 7 Sec n 2 Sec ff Chargeabiity Windw Ptted : Deay Time i 500 ms Integratin Time t 420 ms M3 -M -M -M- -M -M -M -M -M -M -** ** -M -** -W -** -*f ^ -** -*fr -M^ -it -** \ EIXIC E XF-L-FcAT I M -*t -*t -** -if -** -*f ' -Jt -** -M -** -* -M -H -K -** -HW -*fr -t -*fr -W -** -** -** -K -W -** -t* -** -** L-TD. -** -t* -*t IF" F*CBcecjicJmc9c: t; i ri IM -t 55 -f-b L ME & E

53 (h* - K incrt t; t HAM ABU! f (iisechds) PMFILI F fi A S f K F T t R A B K 3 N i N 3 N i i N 2 i * -* K S 3 AB KVC S S - 950S \ \ It S - 850S \ f13-800s 19 IB S 17 tfc S IS S 15 " V t\

54 81 81?i a \ 7 t. f J *. N008 SI 61 st Lm ~LWF S6E1\ L9L* tt 31 M/. H / / ei U SI St EI x " -7 M/ \ N009 N009 Mi L L \ Nfr t 6 /x Nse a A Ht 91! ei MT N S Jiff N It U II tt SS ST ti E II It tt tt SST SZ ti SI M SS M SC SSC - MS ZH3 ma KSS Wi 6t Z E8 EE ss - S099 e 3H u S009

55 is 22 2? i- 24' 1000N N N L NR fs ^ ft 144 '233 i ^ bN * N -H50N, 44 51, 36 3t ? -1500N -Ib^N w 2K -J700N 16 \ -1750N v IB 16 M H -1800N ' M 112? * *^ t n tt

56 11 H -2300N N 3 'i it( ' f 14 M -27 S N ' N SN ?90GN hN IB IB Prperty : WESLEYAN L.AKt PRPERTY Cient s CHAMPIN GLD RESURCES Date f Survey : 2/2/89 peratr : MH Eectrde Array s PLE - DIPLE Mde s TIME DMAIN Receiver : EDA I P- 2 r *nsfti 1 1 er : PC 9/2W Puse Time s 2 Sec n 2 Sec ff Chargeabiity Windw Ptted s # 3 Deay Time : 500 me Integratin Time i 42. BIB -M -M -* -M -M -M -*t -M -*t -M -M -M -M -M -M -K -M -M -M -M- -M -** -M -W -M -M -M- -M 4C -M- *M -M- -M K. XJ31 iexf^-r/ht J N -T. ^* ^( -K ^4 -M ^4 -M -M -M ^( -M -M^ ^( -M -W -M -W -M -M -W -M -M ^t -M -K -if -M -M -M -M -W 4* -M -t i IM "t 3 Sp*.akc-:i n S -f -t L. J NE 2*000 E

57 ~ E S! 81 L \ i w s ee ee s H H 81 CI H H ZI s * e 02 i i- IN e x 8 V a 3 i S 1 f I * j J 31IJU T UIM1SI8H

58 ' m j en CD 0 C u; w C C C *s 01 N096, v 0 D C" 00 -J Z 0 Ci 0 0 U w W f en Z 0 Z N) 0 0 C 0 Z C w C

59 IWTVM62? ? 3* "\ S777 UVv t"w7.we y//5 X 20 ' 23/ 13 ^ t, IS t \ 18 \ ; y'/ 1000N 1 f /' '//' -1050N J X -1100N it. n, 6K -1150N N ' m -1250N -1300N 300 NR 3fc N 742 \ -1400N B N N B J*3-3600N -1650N A H 2fc 29 Prperty : WESLEYAN LAKE PRPERTY Cient t CHAMPIN BLD RESURCES Date f Survey : 3/2/89 peratr t SA Eectrde Array t PLE - DIPLE Mde : 1ME DMAIN Receiver t EDA IP~2 Transmitter j 8CINTREX 1PC-9/2W Puse Time t 2 Sec n 2 Bee ff Chargeabiity Windw Ptted t *3 Deay Time i 500 mb Integratin Time t 420 me f 4t *f-m -tt 4t-tt-K -tt--m -M--tt -M -M H*-W-*t-*t 4* 4* HM-4* 44 -*fr 4f- 4*- -tfr -Mr M- -M- -M- -M -K EEXF'L-RAT IIM L.TD IF* F"fis*5*cjicJ*sc?c: -t i n t* -fv IM -bc. 3 4*. cr S50 -f LIIME

60 * J. t; S (k* - wtrti) r r fi! A L S T E E R It H 3 N 2 H t----t ^ t t t A B ; ' S 1443 * St* 2100N -2200N N e H H -2800N i N J2 12.

61 Prperty i WESLEYAN LAKE PRPERTY Cient t CHAMPIN GLD RESURCES Date f Survey t 3/2/89 peratr i BA Eectrde Array t PLE - DIPLE Mde- i T IMF DMAIN Receiver t E DA I P-2 Transmitter i SCINTRtX IPC 7 Puse Time : 2 Sec n 2 Sec ff Chargeabiity Windw Ptted t *3 Deay Time : 500 mt Integratin Time t 420 ms * -tt -tt -tt -tt -tt -tt -tt EXF-i-RcAT I M LTD. tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt- -tt- -tt -tt -tt -*f -tt 4* 4fr -tt -tt -tt -tt -ifr -tt -tt -tt -tt -tt -tt -tt -tt e* e* ui td m e* c: t; i IM -b 3 i ri -f i., i IME;

62 3C-AL-.EE x i ne: P* -t RESISTIVITY (hi - et m) CHARGEABILITY di Hi secnds) CHARGEABILITY PRFILE F K A S t R F L T E R A W f ?

63 2 5 N M N \ v etc B N ' " n SN 550N ' BA 3 \ Y ' /\ 1 'h s* 3* Q^1 994N5v390fc 1075 r--xj 1312 V.897 * 16/ N - 650N - 700N 800N 850N f SJ \\ \ ^ ? N 9 b N I! \\ ^ f6230 '5135J 4274/8423 ( \ ex N 1050N -1100N bn KA \3 X v.3 \\ 11 H IK -1200N K A \\ ? N K) 10 M N bN S N v i ]600N N 14 14

64 T i, r Prperty i WESLEYAN LAKE PRPERTY Cient : CHAHP10N GLD RESURCES Date f Survey : 4/2/89 peratr t SA Eectrde Array j PLE - DIPLE Mde t T IME DMAIN Receiver i EDA IP- 2 Transmitter t SCINTREX IPC-9/2W Puse Time : 2 Bee n 2 Sec ff Chargeabiity Windw Ptted : #3 De ay T i me : 5 ms Integratin Time : 42 me * -** -** -W -** -** -M -M -M -M -M -M HW -** -M IE; X I c: 13 ET X F*-CJFS AT I M L- T. -M -M -M -W -W -M -*t -M -M -M -M -M -M -W -*f -M- HM -** -** -W HK HM-**HX-**-**-**-**-** I F-' F^ss^t-.icJ si^c: -fc i n B. -fr t^i "^ t; i?reac>c>

65 a X N r C 1 N008Z-) i ii ^\x s i ^ I-2700N \A * ~S I S r "~c" \,- / ~ f s i i 1 r i I-2600N i I-2500N i i i I-2400N i i J-2300N -\ r- i * I-2200N 1 1K 1 I-2100N ri i -2000N t I-1900N 0 t s t i ' D "~^- S1 ' "-C* 0 N (K t C i, N \ s i t J rt* 9 9 tt I- fs^ *s* CA? J*** ir. -^

66 Prperty : WESLEYAN LAKE PRPERTY Cient ; CHAMPIN GLD RESURCES Date f Survey t 4/2/89 peratr t SA Eectrde Array i Hde i Receiver t TIME DMAIN EDA IP-2 PLE ~ DIPLE Transmitter t SCINTREX I PC- -7 Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted t *3 Deay Time : 500 ms Integratin Time t 42 me -H -** -** -** -*t -** -M -M -** -M -H HW -tt -*f- -** -tt -** EEXIS I IM t-td. H* -ifr H* H* -It H* -M IF* F-1* e* md m** c: -fc In m T*- IN! *- JL -t 3 T i-1 ME se

67 CQ CQ ir* (M C fi s C u C C Lf* Z 0 vi 4* I uc ri di J < D (B J t UJC CCUJC i,^ w 21 i-i S* k- \/ C C C en C V CQ in C C c w W \\ i ** k C If! 05 if) C C C Irt

68 ' N 150N 200N 2bN 300N 350N 400N 450N 500N 550N GN IS is N 700N 750N ! i SN - 850N N 950N -1000N N N N -1200N -12&N -1300N -1350N 1400N \

69 Prperty : WESLEYAN LAKE PRPERTY Cient s CHAMPIN BLD RESURCES Date f Survey t peratr s BA Eectrde Array t Mde s Receiver s TIME DMAIN Transmitter r EDA IP-2 5/2/B9 PLE - DIPLE BC NT RE X IPC-9/200W Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted i *3 Deay Time t 5 me Integratin Time t 420 me ^ -M HK H H. X I EE1XF^L.R:AT IIM -M -M -M -M- -W -W -M -M -M -M- -M -M -M- -M -M -M- -M- -W- ' X F" F> Si^e LJci<r*c5CPc: t ± ri-h* -fv~ N *" t;.3 rt3 "^ S -f -t; L- i IME: 23^2:00

70 s RESISTIVITY (hi - *etres) i ne tt CHAR6EA8IUTY CHAR6EABILITY PRFILE F fi A S E R r L T E R A B X 3 N 1 Hi 3 N i ' * N 2 t t i - t N -1300N N - 'jn ' 1600N t N u y -1800N -1900N ? -2000N 140-2iN M3-2200N -2300N -2400N \\ H N -2600N 7 j 7 7 i e 2K, 600.t -2700N N 9 8

71 462 *-2900N i i \ Prperty : WESLEYAN LAKE PRPERTY Cient : CHAMPIN 60LD RESURCES Date f Survey s 4/2/89 peratr : SA Eectrde Array : Mde : TIME DMAIN Receiver s EDA IP- 2 PLE - DIPLE Transmitter t BCINTREX I PC- -7 Puse Time s 2 Sec n 2 Sec ff Chargeabiity Windw Ptted c #3 De ay i me t 500 me Integratin Time : 420 ms -t* -tt -M -tt -tt -tt -M -tt -tt -tt -tt -tt -tt- -tt -tt- -tt -tt -tt -tt -tt -M -tt -tt -tt -tt -tt- -tt -** - 4t -M- -** -tt -M frxis EXF^L- f^/xf" I N UTD. -** -M -M- -tt -M -tt -tt -M -tt -tt -tt -tt- -tt -tt -tt -M -tt -tt -*t -tt- -*f- -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt t; i. cartes fsi!bcr -t i nc3 3 t -t..., I

72 NU T C "t SI ^ H SI N 2 N 'i t MT N0 r, CCQf \ C I M M S! ST [gi Si L B F fi SST SZ WK 01! i\ e i ei ei se SSC S'fr SI SI II II e 6 SS* ss UT JHf M9 i t b'009 sen \ SL * Si S s s IN e N IN e N a * 3 3 S 1 V 4 J j 311JW A1I1HV398W3 t /HIAI1SIS38

73 fc t9B 3 N 350N 17 It N Ifc N K* t 18 Ifc ib N Ifc f. N N 7 N b N SN 21 22? 18 H- It. 9 N 9bN Vi 1 2 Prperty t WESLEYAN LAKE PRPERTY Cient : CHAMPJN GLD RESURCES Date f Survey : 8/2/89 peratr s BA Eectrde Array s RLE - DIPLE Mde- : TIME DMAIN Receiver s EDA I P-2 Transmitter : BC1NTREX IPC-9/2W Puse Time : 7 Sec n 2 Sec ff Chargeabi ity Windw Ptted : #3 De dy i me : 500 ms Integratin Time s 42 ms -** -M -M -** HW HW -M- -** -*t HW -*f HW HW HW -** HW" -*i -M HW -K -**- -*f -** -M-jjttvM -M -M K^XEiEi e;xf*ucji^at M -M -M -W -M -M -M -M *t -M- -*t-tt HW -M -M HW^ HW HW HW HW H* HW HW- HW HW UT D -if- -H- -H- -*fr -** HW HM P" s* is* ui d cs cur t; i L. I CBfc E

74 t inc::*-* t 1200 ((4* - tet r PS) MKGEAftim di 11 (secnds) CNARGEABim HFIU f R A S f L I E N 3 N 2 N i N3 i N 2 M A t j0-8 00N - 900N -1000N -1100N N -1300N -1400N -1 -I N 10 j re N tt N 60 * -1900N N ~f N 2200N X x S0 4B N N e N 3 j N ^ -2 7 DN fc 7 9 fc 2^8 N B 7 JT -\ t p Xn -2900N

75 Prperty WESLEYAN LAKE PRPERTY Cient : CHAHPIN GLD RESURCES Date f Survey i 5/2/89 peratr : MH Eectrde Array t PLE - DIPLE Mde i TIME DMAIN Receiver i EDA IP-2 Transmitter i SCINTREX IPC-7 Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : #3 Deay Time t 500 me Integratin Time t 420 ms EEXJCfci Ef 4( -M -*^ -W -M -M -W -M-M -M -M -M I M L~TD - -M -M -** -i* -H -M -M -M ^ -M, P* F ;*sse*uicj "t i ris* fer*** v f t. L i ME: 3e*

76 e i ri c: K* t RESISTIVITY (hi - ettes) CHAR6MBRW (iiisecndt) CHAR6EAB1LITY PRFILE f R A S E R f L T E R A B N 3 M N 2 N 3 N i i N 2 f t --~-t. t... t.-j t. t t n 750S 7 DS f x y3 X 16 1? ^SK 7 GS?; 53BB fc K 7 500S 2M ^ I3 64fcb 400S 350S ^ ^ K i K m i 7K 745? fc83t we K* it ^ IB ^ t 300! 200S IbS i! ' \i \"t\ "t \ \ f '

77 N?? w b N IB N N N f) N fc 3 N (T\ b N It t 6/C 400N 19 IS bn 26 bbn e GN 6 b N 13 12, 2 9 3) Prperty t WESLEYAN LAKE PRPERTY Cient : CHAMPIN GLD RtSUURCS Date f Survey : 8/2/89 peratr s MM tee t rde Array : PLt - DIPLE Mde t T M DMAIN Receiver : EDA IP 2 Transmitter : SCNTRt X IPC--9/2W Pu st Time : 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : W3 Deay Time : 500 ms Integratin Time : 42 ms -M -M -*t -** -H -* -** -M -*fr -t* -K -** -J* -* -4* ** -** -** -* -H -M -M M -H -If -tt E X Si I C.:Si Ei X R-L-CJF? AT" I CJM L. J F' F -* s* Cr* i -.4 d ss e? c: t; i c^rnss -f ir fm i t; 1=8 i r~icgi tfi f i... i IMEE: t:

78 E J incrt-i t; i^ -fare*!; KSISIIVW CHAfittABIUIV (hi wtrei) (i i sec ends) CHARWABILITV PRfU r F K 1 A L S I E f R (f N 3 N 1 N 3 N 1 t i N 2 N A B, f 1072 N20 v \ vx.1488 K \22 ^ ^^.-.-^^ \^*/ 451^\630 It It - 500N, GN /X' M/ in s~*- t [ 68 H 19 J 1 60 U20 \ S w 1 0 V. 234) Jyw v ~ i is N /y \ 3^*. \ ' J N K 7 J\/ 12 H ^\ Ife^ 3 y 2{ e /* 'v&s 30 / 11 Sw s 1 - "" ^*^~*~ ,0'^*^ -1 '00"4f\ -2 \^ pv \ 213} N S* S i'* S N f/ J ' 3 fj 1100N ^,v -i N f\ /*M. -? i -1300N tf i w 1-2 Bt -2 \ 2?1 \ *" 009) JL ^*^^ fc N \ \ ' -J500N \ -1

79 100 i Bit \ 3 \\ \ \ "j 162 3, m ^v t \ b k B m ; b \ V.100 \ ' \ \ 5 11\ j \y b s B 7 1 f /?00 f V v 3 5\ 26fc B 5v ^ \V\ -1600N \y\ 1 Y 3 \\ \ \\ \\ 1 t. 3 \ \ 2 \,\ *, \ \ -3900N \ y -'/' f N ; i i r ' a -?100N /i f / f / 3 f -2200N \y -2300N J i -2400N 2500N -2GN, s, \ 1' -2700N \ \ -2600N \\\,.\, \\ -2900N \ y B B 'i Prperty Cient i WESLEYAN LAKE PRPERTY CHAMPIN GLD RESURCES Date f Survey i 6/2/89 peratr E SA Eectrde Mde t T IME Array : PLE - DIPLE DMAIN Receiver i EDA I P- 2 Transmitter : SCINTREX I PC- 7 Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : *3 Deay Time t 500 me Integratin Time t 420 ms E: X SB I. CS EX F*LK A T 1 IM L T D -tt 4* -tt -tt -M 4t 4* 4t -tt -M -tt -tt -M 4f 4t -M 4t 4* -tt -tt -tt -tt -tt -tt -tt 4t -tt -tt IF" M -t i ri ci f t... i IME:

80 E a Inerts -fc CD 2 (h* - tttrei) CHARfiEABiUJY (iiiecnds) CHARBfABKm PRFIU F R A S E R F i L i R A B M 3 XI N 2 N 3 i N 2 i K i H t e " (^T^ t 155!*x" *5Xj7\ \ ^s. ^^xs. \ k ^V\ \4 \ \\^^ j ^ t j *A /270 30) IB S i 2033 K I \ /"f '\,/ \ 8(,7' \ 63 a 4 \ 4 2 tb; \ 3 t \ 7 W \. 7 \ 384 ^V / \{ ~~~~~^300 *5' 7 f K ' ' S * f S 380 i0 K// Y S 33fc 2 1 j \ 3 A \ X c -JbUUN \\ \ i\.\ \\ \ \ \ \ -1700N \ \ \ \\ \ \ \,X 3 20 \ X \ -1900N \ ] \ \, 24 1 i ' -2000N 7 S ' i',/ -S 20 s S ' -2100N S S S i, i * 11 f /S -2200N f / /' 1, * K3 4 7 x -2300N 7! / N!r N \ us 3 \\ 2700N \ \\ H 5 \\\ -2800N \ \\ \,\ 6 \\ -2900N \ i B 2 3 t i B

81 e Prperty : WESLEYAN LAKE PRPERTY CI fnt s CHAMPIN GLD RESURCES Date f Survey : 6/2/89 peratr : BA t ee t r de Array : PLE - DIPLE Mtif. : i ML DMAIN Receiver j E'DA IP- 2 Transmitter i BCINTRtX IPC-7 Pu se Time : 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : *3 Deay ime i 500 ms Integratin Time : 420 ms -M 4( 4f 4t 4* 4* 4* 44 4( 4t 4t 4* 4* 4f 4t 4t 4* 4* 4* 4* 4t 4* 4f 4f 4t 4* 4* 4t 41 4*- 4* 4* IE x s i c E;XF*L.R?AT i IM L. r. 41 4f 41 4* 4* 4* 4* 4* 4* 4* 4* 4t 4* 4fr 4* 4* 4* 4fr 4* 4* 4* 4f 4* 4i^ 4t 4* 4* 4t 4* 4* 4* 4* F-' f-'-''gstsn..ad t; A fr 1 IM ft. L - J IM K E

82 a iricrfr-i -fc J t e* e? t; RtSSWUY - etres) CHARGEABILITY (iisecnds) CHARGEABILITY PRFILE f f R I A 1. S T i R R A B K 3 N 2 M N 3 N i i N i ( ( f. 4 f K 1126 A 600 i m /^1 7 S 6b08 600S bs e n S 3&S 300S Jb S.S CKS H IbS K - 100S bs N

83 23?J 48U ? N KX. b J W H.N 200N b in 25UN J N 6 S 44L2? 3 b N 6 B 3155/8809, IK 4 N K 11 12? IK bn IK b b N N 7, 6 60 GbN \ N b N Prperty : WfcbLf VAN LAKt PRPER f Y Cient : CHAMP ; N GLD KtbURCtB Date f Survey : peratr : MH 8/2/BS L ee t r de Array : PLL DIPLE Mde : T Mf DMAIN Receiver : EDA I P- 2 Ir anfemi t ter : BCNTRt X IPC 9/2W Puse Time : 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : 4*3 Deay Time : 5 me Integratin Time i 420 ms M -M -M -K -*t -*t -*f -** -i* -** -M -* -M -** -M- -*f -** -*fr -K -M -M -W -*t -** -** -M -X -** -W -** -** -*t -X fc: x i c; fc* t; x IF- L. tj H: /x T i IM i- T -J* -** -J* -*f -K -** -M -M *f -M- ** ^* -** -*t -** -*t -M -** -M -M -** -** -** -** -W -** -W -** -M ^4 -M J.. F-' f -' ss c? t,i cj r '"t, i ri ei f" K fs t; ^ r i cgi t" "t. L. x fmtn: -4-^100 t:

84 t-j (J1 0 0 t t-f A 0 Z ' 5-^Nsj Vv* -NX 5 A K S^s x ^\ C8 Vi \ h ^ /TiF^v^ f f -S. \ \ H1 LJ 0 0 **5 t t~* N5 0 1 (-J 1 0 f-" 0 1 UJ 8 a S S " *T * "" * T * " ac -j 4 0 t t U' ' C try W 3^ 3:2 05 fi J rt w rt

85 If ft N \i e 00 ssj^sjr mn -1700N -1800N N N 30 3? 2100N N K -2300N 5 5 s m \ ' ^.82^ 3 \ 1 ** im v \ 5 ^- e ' v ifc \4,, ^ ea, \i *fc f t 7 X f V ^fii 1*76 MtU Bb 1 A IVy 1 D /waf j y \ 588 \ N \ 1 it -2500N -2600N -2700N -2800N -2900N 1\? i \\ 113 \i \\\ \ * \ \\ \ *\ \ \ \Y \' if fc Prperty i WESLEYAN LAKE PRPERTY Cient t CHAMPIN QLD RESURCES Date f Survey t peratr t SA fe/2/89 Eectrde Array i PLE - DIPLE Mde i TIME DMAIN f Receiver i EDA IP-2 Transmitter t Puse Time i 2 Sec n SCINTREX IPC-7 2 Sec ff Chargeabiity Windw Ptted t *3 Deay Time i 500 me Integratin Time t 42 MS -tt -*- -W- -* -*fr -*fr -#* -** -*t" -*t -t*- -i* EXICS eix F5:AT I IM -fi IF* F**BenjicJc3iQfcescr -fc i ri IM -fc 3 i ricgi L. I ME -* E

86 sr *? 6 6 ss r II! \\ ^r AT^ pu Xi" *V\\k^9' 6! E V* se M 51 sse Sfr M H 01 LI ri H CI SI ss i * J^J ua 01 II 01 6 S009 wu 6 01 st ei gf S * S t Z M t i t M C K i N t N C N 3 3 i S i i a JUHI8V3WVH3 (spu)as![ ii) j. T t *

87 5B2I 13 it N b N Ifc! N IK IbN.IK 200N 7 7 SK e i 33?9 300N y s B3? N H bn N \ 9 B b t)n 7 Prperty : WESLEYAN LAKE PRPERTY Cient : CHAMPIN GLD RMSURCt B Date f Survey : 7/2/B9 peratr i MM Eectrde Array : PLE - DIPLE Mde : ME DMAIN Receiver : EDA IP- 2 Transmitter : SCI NT Rt X I PC- 9/20W Puse Time s 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : #3 Deay Time : 500 ms I nt epr at i cm Time : 42 ms. ** -** -*t -M -K -** -M -J* -M- -tt -H -5* -** -** ^t -M -** -M -M -H -K -M -H ** -** -*f HM -M -X -M -M -H -M i x i c;fcj fc: x f^l-cifs AU J CJIM L. i u. -M -M -M -M -M -M -M -M -M -M -*f -M -M HM -M -M -M -M -M -M -M -M -M -M -M -M -M -M -M HM M -M -M J. F"-* f: -"'Eseak CJicet6a'c: t i tm -t, * i f' -f t. -4 EI f-::

88 r^ i i i i i i i i i i i i i i i i i C *J3 H I uc rt U? f \ ) C ") C 0 U3 C.n C 0 J1 C C fi ^ ^r c 0 J^ C c i*"". (Si C 0 0 i~m C 0 J3 C t

89 17 ' N TTT /,\ X w n I I 3 12 i? N J SN \ / \ i S 9 200N /X 935 \ D N \! v{ N n\ j i j 1 Vi 6 fc Vi 13 ^ N b 10 ^ bt GN SN 4 3 Prperty s WLSLEYAN LAKE PRPERTY Cient : CHAMPIN GLD RESURCES 4 Date f Survey i 7 /2/8S peratr : 8A Eectrde Array i PLE ~ DIPLE Md P : TIME DMAIN Receiver : EDA I P- 2 Transmitter : BC I NT RE X IPC- 9/2W Pufte Time J 2 Sec n 2 Bee ff Chargeabiity Windw Ptted t *3 Deay Time : 500 ms Integratin ime : 42 ms -M -9* -M -M- -Mr -M- -M- -M -K -M -M -M -M -M- -M- -M- -M -M- -M -M- -*f -M -M -M- -M -W -W -M -** -M -M- -M- -** EE: XSIGfB EEXF"-CJR:A"T I M LTD. -W -i*- -K -M- -K -** -i* -** -W -** -*f -X -*t -K -*t -*- -H H* -** -*fr -** -*fr -** -** -** -*^ -** -*f -tt -it -i* -** -** IF'- -fc i r* s -f M -t; i rifg BE-- tri ft; T ME E

90 91 M, W V. 6S (S 59 i I- I I- I- 9 I NK- Ner Nr- NtC- N- N006 N008 - HQQL N 9 NS J-? * E 01 f t S V I t J j 311 WU A iniav333vh A1I1I8V39WW AUAI1SISW

91 15 16 N, N -J700N 1800N J900N '1 23 If: N -2100N 27 2B N N 'i 397 \ 2 f. N N N ? -2900N 6 6 F:vperty : WESLEYAN L.AKI PRPERTY Cient : CHAMPIN GLD Rt SURCES Date f Survey i 7/2/89 peratr : SA Eectrde Array i PLE - DIPLE Mde t T IME DMAIN Receiver t EDA IP-2 Transmitter : SCINTREX 1PC-7/ Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : *3 Da ay Time t 500 ms Integratin ime : 420 me ' M -*f -M^ -M -M -M -M -M -M -M -M -** -M -M -M -M -M -M -M -M -M- -M -M -M -M -W -M -W -M -M~ -** -M i EXICS E^XF^-RTAT I N L. T D. -H -M -M -M -*f HW -W -M -W -M -tfr -*t -K -M -M -M -K -M -M -M- -W- -M- -M -K -if- -M- -M -M -M- -M- -*f -M^ s; e? i ji c J c^ si ^ c: "t; i n s -fv" \j j -t :j ^k c: i ri i -r-t ss- IE.

92 C:/M. i ncr. r-i -t ii -f e* e*-b RfSISHVIir (tii (iiisecnds) CHAR6EABLTy PRFILE F R A S E R f L I E R A B 3 Hi K 2 N 3 N i i K t. i j 4 i t... t - 4,... t -t -t 900N -i N \ n N IB -1200N -1300N N -IbN -1600N H Prperty t WESLEYAN LAKE PRPERTY Cient t CHAMPIN GLD RESURCES DMte f Survey i 7/2/89 peratr : BA Eectrde Array i PLE - DIPLE Mde t 11 Mf: DMAIN Receiver t E DA IP-2 Transmitter i SCNTRfcX I PC-7 Puse Time i 2 Sec n 2 Sec ff Chargeabiity Windw Ptted : *3 Deay Time : 500 ms Integratin Time i 42 ms tt -tt -tt -tt -M -M- -tt -tt -tt -tt- -tt -tt -tt -tt -K- -tt -tt -tt -tt -tt -tt -tt -tt -tt -** -tt -tt -tt ** -tt -tt -tt -tt tsr v eta T i " fs fr v i t k -^v T" T *~ i v i "f n C^. ^ C3 JL ' - CZ. A ri LJr^r^ JL C-*I^J i-j ^ -tt -tt -tt -tt- -tt- -tt -tt^ -tt -tt -tt -M -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -tt -M- -tt -M -tt I f ^ f^* si ^ t.a d ei ^f c: "b i n ^ -f" r* M ~ i; 13 i rtcj -~ -f 1; L. I ME

93 ntari Ministry f Nrthern Devepment and Mines Reprt f Wrk (Gephysica, Gegica, Gechemica and Expenditures ti 5a003NWe074 3,12306 WESLEYAN LAKE "J...-. rspectr's Licence N. 900 Aa Survey Cmpany...i.T Date- f Survey 'frm fc 10) "Tta Mites f tine Cut Name and Addred. f Authr (f Ge T ecnnice reprt) Credits Requested per Each Caim in Cumns at right Specia Prvisins Gephysica Fr first survey: Enter 40 days, (This incudes ine cutting) Fr each additina survey: using the same grid: Enter 20 days (fr each) - E: ie:irn-.agnetic - Magnetmeter - Radinieuic - ther Gegica Days per i Caim r i". :AC? - \\VXNW\WS, Q i Mining Caims Traversed (List in numerica sequence) r Tvining Caim E xpend. f/.-ning Caim Number Days Cr. N! umber Expend, Days Cr. Man Days Cmpete reverse side and enter tta(s) here Gechemica Gephysica - Eectrmagnetic j - Magnetmeter \ - Radimetric Days per Caim? RECEIVER? APR 3 W ^ RED LAKE - MINING-01V. r tr - ther Ge'gica! Airbrne Credits Gechemica Days pe Caim j Nte: S pecia prvisins Eectrmagnetic credits d nt appy t Airbrne Surveys. Magnetmeter Radimetric Expenditures {excudes pwer stripping) Type f W rk Perfrmed Perfrmed n aimts RECEIED Cacuatin f Expenditure Days Credits Tts! Expenditures 15 ^ Tta Days Credits Instructins Tta Days Credits may be apprtined at the c'aim hder's chicfc. Enter number f days credits per caim seected in cumns at right. G".-0!.C; SS(vU;-W Ff-ICt faug tands-sectun ^Tt' number f mining fciaims cvered by this!rtc)r: ' v^rk. i 13L '^N Hder r,r Agent (Signature) Certificatin Verifying Reprt f Wrk hereby certify that have a persna and intimate knwedge f the fact', s?t frth in the Reprt f Wrk annexed h.! r witnessed same during and/r after its cmpetin and ihe annexed repr; is true. and Psta Addiess f Persn Certifying, h aving perfrmed the wrk

94 Assessment Wrk Breakdwn n Days are based n eight (8) hur Technica r Line-cutting cfays. Technica days incude wrk perfrmed by cr 'nsutants, draftsmen, etc.. Type f Survey Technica Days Line-cutting Credits Days Tta Credits N. f Caims X 7 Technica Days Line-cuttin X 7 X 7 X 7 d&ys IP X i UWx, *

95 I ntari Ministry f Nrthern Devepment and Mines Gephysica-Gegica-Gechemica Technica Data Statement '.. t, -, 5.,. - T BE ATTACHED AS AN APPENDIX T TECHNICAL REPRT FACTS SHWN HERE NEED NT BE REPEATED IN REPRT TECHNICAL REPRT MUST CNTAIN INTERPRETATIN, CNCSINS ETC. Type f Survey(s) Magnetmeter, VLF, Induced Pariatin Twnship r Area Caim Hnder( s) Survey Cmpany Authr f Reprt Address f Authr Weseyan Lake Area - Champin Gd Resurces- - ExsJcs Expratin Ltd. S. Andersn Timmins, ntari Cvering Dates f Survey Dec 88 - March 89 (inccutting /in^nihin t t ft ffice) n{firf\ Tta Mies f Line r.nt SPECIAL PRVISINS CREDITS REQUESTED ENTER 40 days (incudes ine cutting) fr first survey. ENTER 20 days fr each additina survey using same grid mies (38.80 km) Gephysica DAYS per caim Eectrmagnetic 4JI Magnetmeter 2H Radimetric ther 15 Gegica. Gechemica. AIRBRNE CREDITS (Specia prvifin credit! d nt Magnetmeter DATE:. Res. Ge...Eectrmagnetic, (enter dayt per caim) SIGNATURE:.Quaificatins. Previus Surveys Fie N. Type Date Caim Hder Fie_ MINING CLAIMS TRAVERSED List numericay (prefix) PJ....SM.& I.7.Q f *B*7* t* ^^ '^ (number) j 837 (85/12) TTAL CLAIMS 12.

96 GEPHYSICAL TECHNICAL DATA GJRQBKDSURVEYS If mre than ne survey, specify data fr each type f survey Magnetmeter, 2322 EM N..mher f Readings 2322 Mag, 232? F.M-ifi VLP Statin interva 50 feet Ljne Spacmg Prfie iv~r;i* scae *s.*i* cm s Cntur interva, 1 0Q gammas Instrument EDA mni Pus. H Accuracy - Scae cnstant. ± 0*1 gamma g Diurna crrectin methd Base Statin check-in interva (hniirs) hur Base Statin catin and vaue Tie-ine ping A base ine readings 200 feet U g s W Instrument Ci cnfiguratin Ci separatin ^ -. ^ EDA mni Pus Accuracy i 11 Methd: S Fixed transmitter Q Sht back D In ine Q Parae ine Frpqiipncy NAA Cuter-^^^^^.^^^-^^^^-^^^^^^^^^^^^^^^-^^^ ^^.. ^^^ -^^ ^ ^ - (ipecify V.L.F. tutin) measured IP (dip) Quadrature JH Instrument, Scae cnstant Crrectins made. Base statin vaue and catin. Eevatin accuracy. i w w [i Instrument EDA Methd E Time Dmain D Frequency Dmain Parameters n time 2 secnds Frequency - -fftime 2 secnds Range -- - Deay time 500 ras Integratin time 420 ms Pwer Scintrex IPC - 7 Eectrde array P e Eectrde spacing 5D feet Ns 1-3 Type f eectrde fi-hai n

97 7\ P \\^ \ 5 c x, v rv -S "f j: r -^ ~T, - -^ -D-D c -c -c 0 \ \\\ \\ \

98 TL'30+N 2.6 f N 22+.N 18+N 14+N 10+N 6+N 2+N BL + 2+S 6+S u f -J 4-4- (D -J UJ J uj 4- -J CD 4-00 i 4- u 4-1U 4- Sf 04 UJ 4- U) -J UJ r UJ 4- ' r -J K f -J UJ 4- C r u r UJ 4- UJ f eg UJ 4- -J UJ 4- CD -J 4- C -J UJ -4- -J UJ 4- UJ in -j * CD if) -J N N N t 22+N 18+N 10+N 6+N 2+N BL 0^ *079 6+S 1071 ^i i^ 66 ^- "' (4 K)99 10+S. - m-^ :^ ^ --^(^j^g^/ggfe -^ "^-""^ IZZ4 /x.^l Jppi B" r~su /y ^J- -"TT/T^ ^^^ * "~~~~* \\\^.000' ^,,- - - ^"N\V\ "~" \\\\\ ^' ^s*, y&p ""IC i^s D, - 14+S 4- -J -*- 04 -J \ UJ * 00 -J LJ + LJ t J ^ CD UJ * G UJ * -J. 4- J J UJ UJ * CD -J U 4 00 * r u Q * r.j - UJ UJ U * * * * ^ C 00, r r r ^" i -J -J i *? UJ UJ UJ, -1 -t- + -f ^ -h si ^r (0 -j i i i.j, U + UJ - (4+S 0 "^ ^ ^^' 'r '^^ ^" CD - ^ v^ ^^r\ ^ /fet^^^n -* A. JHNG.Wif j j \^Qr""~ \C\/ ^LL. Y^f^N ^J^^sfv" r rm\ A"* L. FV^irc: A IL J t PVDI Ar UUfA natinm IIUI 1* L r^wi FPI 10^^ i ^^ ^t i "*^ K 1 )L P.. Bx 1880, P4N-7X1 ]( *~jt Suite 13, Hinger Bdg, Timmins Gnt, LNy^J Teephne: CLIENT: CHAMPIN GLD RESURCES NW WESLEYAN LAKE 200 t u LEGEND,, ^ - ;r. :i Instrument; EDA MNI-PtUS f f\ttt K KK 1 M' ^..Ann***. PrTFietres Measured: Earth's tta magnetic, fted Accuracy: */- 1 mm-teftts iurnas: Crrected by base statfn recrder Cntur Interva: 0,100,290,300,400 Ref wencft fied: Datum Subtracted: 590 PRPERTY: WESLEYAN LAKE PRPERTY TITLE: CNTURED ^ MAGNETMETER SURVEY Date: Feb Scae: 1^200' NTS: t m i Drawn: P. G. Interp: R. Meikie Jb N. EE-" ::;

99 s 'Si 18+UN 14 + N ~J -S 14+N /-\ r t- C\i LJ 4- ^r -*- CD LJ * 00 LJ +^ LJ LJ 4- -f -J -3 i LJ * c^ LJ + 00 LJ + LJ + LJ * sfr LJ + CD UJ * 00 (M LJ * r LJ + r LJ +^ r LJ * CD r LJ 4-00 r Lu LJ Lu LJ 4- -H -f 4- CD -t L L WESLEYAN LAKE 210 CL^EMI VERTICAL INPHASE (percent) LEGEND INSTRUMENT: r. -,: \ TRANSMITTER STATIN: FREQUENCY: '^ C ^ i PARAMETRES MEASURED: Inptmt DKp Angtt PERATR:,:-:j':, L VERTICAL SCALE: crn-20% r"* -, *. f LJ a t e VLF DIP-ANGLE

100 TL 30+N 26+N 22+N 18+N 14+N 10+N 6+N 2+N BL S 6+S N + 4- U -J UJ 4- C IU + 00 LiJ 4- -J u 4-4- ^ CD LJ 4- U f ^t Ld * CP U * CD * r + f ^dr 4- (D r 4-00 r 4- -I 4- (N UJ 4-00 LiJ 4- m 4- L 4- ^t I -J 4- CD a TL 30+N 26+N 22+N I8+N I4+N I+N 6+N 2+N BL S 6+S a I+S IS I4+S 4-4- (M 4-4- (D SJ 4- c r 4- r 4- ^d- P UJ 4- CD r 4-00 r C UJ C -J 4- ^r L 4- a. 14+S EXSICS EXPLRATIN LTTT P.. Bx 1880, P 4N-7X1 Suite 13, Hinger Bdg, Timmins nt. Teephne: LEGEND INSTRUMENT: E DA MNI-PS TRANSMITTER STATIN: CUTLER MAINE FREdUENCY: Kh VAES FILTERED: inphase Dip Ange PERATR: S.ANDERSN/L.ANDERSN CNTUR INTERVAL: 0,5,10,15,20,25,30,35 CLIENT: CHAMPIN GLD RESURCES PRPERTY: WESLEYAN LAKE PRPERTY TITLE: G RID i CNTURED FRASER FILTERED VLF Date: F eb. I989 NTS: Scae: r -200' Drawn: P.G. interp : R. Meike 52003NW WESLEYAN LAKE 2S0

101 TL 3000N 26+N 22+N 18+N 14+N 10+N 6+N BL S S N 4- LJ + LJ LJ 4- + C LJ + 00 UJ u + + LJ LJ + C LJ + eg -J u 4- -J u 4- LJ u 4- C u + C 4- r UJ 4- r -J u 4- ^ r UJ 4- C r UJ + 00 r LJ 4- LJ 4- LJ LJ 4- + C LJ J LJ 4- L LJ 4- L UJ 4- * L LJ 4- C L D TL 3N 26+N 22+N 18+N 14+N 10+N 6+N 2+N BL S 6+S a 10+S 14+S c LEGEND METHD: TIME DMAIN ELECTRDE ARRAY: PLE-DIPLE "a" SPACING: 50 Feet PULSE DURATIN: 2 sec-n/2 see-ff DELAY TME:500m.s. INTERGRATATIN TIME:420m.s RECEIVER: EDA IP-2 TRANSMITTER: Scintrex.P.C.- 7 UNITS: chargeabiity-rniuivt-s/vtt FILTERING: Fraser Fitered Methd "A" + -J LJ 4- -J LJ 4- LJ 4- C LJ + 00 UijUJUUUUJUJUJ^UjLJ^LJLu LJUJLJJULJ ??'???? 4-4- * 4-4-cM^rccM^-ccM^r^ ^^^rfrrr^^t "st^^tl.j^.j.j.j.i.j j-i- -J---J * c., 1230 di j^ E XSiCS EXPLRAIj J/! \w P Bx 1680 P4N-7X1 [\L. Ir S'jife 13, Hinger Bdy, TiT.,T;ins "-^^ Teephne: V2 r (L J "^ \ JHN GRANT 3 ' J \ ' ~~~~*} v i ^^^^JVVr^ -r. X. A : ' ; '" ' '-'"X N^fr^ CLIENT: CHAMPIN GLD RESURCES. ' PRPERTY: WESLEYAN LAKE PRPERTY TITLE: GRID CNTURED FRASER FILTER CHARGEABILITY Date: Feb. I989 Scae: I'^Z 1 'J:;t 52003N*0a WESLEYAN LAKE 230 Drawn: P. G. Inferp: R. Meikie NTS: Jb N EE-??!

102