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Drilling in the ice sheet of Antarctica at Vostok station in 1970
1 .%0~
fo~m sites. 21F,3T,15E. TECTONOPHYSICS, V21, N1-2, JAN. 1974, P135-164. The technique of using bridged photoelastic bar gauges to measure recoverable strain in-situ has been tested at Phillip's Rock and Sandy in the Llano Uplift~ Texas~ at Rs_ngely in Colorado, and o n Rathlesnake Mountains near Cody~ Wyoming. The sites are described in the chronological order in which they were visited, so as to maintain a sequence of Sol~hlstlcatlon of the method. A discussion follows the report of the results at each slte~ and some general conclusions are reached in the s u ~ .
Planning, geotechnical and structural mapping See also iabstract: 1107.
1298 GAVRILOV ~,AV Principles of the representation of rock composition on sma/_l-scale permafrost maps. In Russian.10R. ~ Z / /gTNYE ISSLEDOV.V13,1973,P97-103. 1299 }[t~SERT,M BRGM, ORLEAN~ F Geotechnlcal map 1/50000 of Clermont-Ferrand, F r a m e and urban planning. In French. 5F, 3T, 26R. BULL.BUR.RECHERCHES GEOL.MIN.HYDROLOGIE~ SECTION 3;
~3,1973, P179-190. The engine~rlng geological map of Clermont-Ferrand offers new perspectives concerning the interpretation and exploitation of data. The balance of data in t i ~ and space by usirg the "development coefflcienh" gives the possibility to draw maps on ground of their future use (different kind of exploitation, e.g. residence~ industry, etc). The pilot study performed in the Cournon d'Auvergue region convinced t~he investigators that a more sound research is needed. Data processing is envisaged. CIGAN, JP ECOLE NAT.SUPERIEURE DES MINES,F Stilly of geotechnlcal cartography. In French. 12F, 4T: 68R. B'/LL~BUR. RECHERCHES GEOL .MIN. HYDROGEOLOGIE, sECTION 3, $~, 1973, P147-177. The paper reviews the methods of preparing engineering geological maps. It is a retrospective view on the basis of historical and up-to-date information. It gives the stages associated wihh geotechnlcal mapping ar~ classification of maps according to factors investigated. The main part of the article gives a case study of applications of geotechnical cartography to Grennevilliers an area situated between two major tectonic structures in the centre of the Paris basin.
Core recovery, logging, probing, boring and sampling 1301 BARKOV, NI BOBIN, NE STEPANOV, GK Drilling in the ice sheet of Antarctica at Vostok station in 1970. 7R. SOVIET ANTARCTIC EXF~D. INFORM.BULL. Qll5.56862,V8, NT, SEPT. 1973, P376-379. 1302 AND~SON~WB J. C •SPROULE ASSOC. CALGARY, ALB. CDN Potential u s e s for borehole logs in mineral explor atlonv 9F, 1T, 4R. CAN. INST .MIN.METALL. BULL .V67, N743,MAR. 1974, P164-168.
Photog raphic techniques 1303 COOK, JC T ~ k~Yi~E G ~ •CO. DALLAS, USA Radar exploration through rock in advance of mining. IIF, 3T, 13E. TRANS. SOC .MIN. ENGRS •AIME, V254, JUNE, 1973, P141-146. Three years of studies 8_nd experiments in radar exploration through rock are reported. Radar reflections ahol/id be produced by all large electrical] contrasting objects such as fault gouge masses, ~ t shattered ground~ metallic mlneralization~ adjacent mine workings a~d abandoned drill holes. Exploration distances of 30 to 60 feet through bituminous coal and massive limestone respectively have been demonstrated with low-p~er experimental radar equipment in underground mines and working ranges of up to 250 feet are considered feasible in li~e~bone and coal. 13o4 BEAVER~ R SIL&FFER,BEAVER A ~SOC.NASHViLI/~,USA WOOD, J TAYLOR AND CRABT]~, NASHVI~-I/~,USA Aerial ir~ra-red locates solid gro[u~ over mille. 4F. PHOTOGRA~L END. N2, FEB. 1974, PI6 i- 164. India-red aerial photos and grou~[ control ~ er~mlt the construction of a school bu!idirFg in stlg y-mine~i site. Preliminary soll borings revealed a soft backfille~! strip ~ilne on the proposed build!~ site. The photos pinpointed undisturbed islands ~ % penlnsulae of virgin soils. These soils we~e te~,~i and found to have adequate strength to support T/~a building, Recommendations were :m~e that the propo:~ed building should be relocated. During constrt:.ctio:'~ the sUbstu'faee conditions conformed ~D_most !r{~ci~elj to what h:~d been predicted. Auth. 1305 HOWARD, JA UNIV.~VFF~BOURNE, AU~ Passive remote sensing of mtural .urfaces ~y reflective techniques. Review. 6F, fiR. GEOEXFL0~TION, VII, ~ SEFf. 1973, P133-139. This papea- is concerned with the increasing r~n@)e of photo-interpretative techniques ivailable for geophysical exploration, The potential witue of passive reflective sensing in the infra rc~ spectrum immediately foll~ing the spectrum c~vered by the conventional aerial camera is considered.
Geophysical techniques See also abstracts: 1106,1316. 13o6 BARKOVj NI UVALOV, NN Geophysical investigations of the bore_hole at Vostok station in 1970. 3R. SOVIET ANTARCTIC EXPED.INFORM.BULL. QI15.56862.'/8; NT, SEPt. 1973, P380-383 • 13o7 SUMMER~ JR LEHIGH UNIV. BETHLEHEM, PA. USA BURNEI~, JA UNIV. CALIF. SANTA CRUZ, USA Use of precision graw-lty survey to determine bedrock. 4F, 3R. J. GEOTECH. ENGNG. DIV. VIOOj (F~l,JAN. 1974, P53"60" Application of the gravity method to a building site o n 92~e University of California campus shc~s that in speeisl eases this method can be an economic and accurate first step in providing information regarding the foundation suitability of bedrock at a buildir~ slte while in the planning stage s.
fo~m sites. 21F,3T,15E. TECTONOPHYSICS, V21, N1-2, JAN. 1974, P135-164. The technique of using bridged photoelastic bar gauges to measure recoverable strain in-situ has been tested at Phillip's Rock and Sandy in the Llano Uplift~ Texas~ at Rs_ngely in Colorado, and o n Rathlesnake Mountains near Cody~ Wyoming. The sites are described in the chronological order in which they were visited, so as to maintain a sequence of Sol~hlstlcatlon of the method. A discussion follows the report of the results at each slte~ and some general conclusions are reached in the s u ~ .
Planning, geotechnical and structural mapping See also iabstract: 1107.
1298 GAVRILOV ~,AV Principles of the representation of rock composition on sma/_l-scale permafrost maps. In Russian.10R. ~ Z / /gTNYE ISSLEDOV.V13,1973,P97-103. 1299 }[t~SERT,M BRGM, ORLEAN~ F Geotechnlcal map 1/50000 of Clermont-Ferrand, F r a m e and urban planning. In French. 5F, 3T, 26R. BULL.BUR.RECHERCHES GEOL.MIN.HYDROLOGIE~ SECTION 3;
~3,1973, P179-190. The engine~rlng geological map of Clermont-Ferrand offers new perspectives concerning the interpretation and exploitation of data. The balance of data in t i ~ and space by usirg the "development coefflcienh" gives the possibility to draw maps on ground of their future use (different kind of exploitation, e.g. residence~ industry, etc). The pilot study performed in the Cournon d'Auvergue region convinced t~he investigators that a more sound research is needed. Data processing is envisaged. CIGAN, JP ECOLE NAT.SUPERIEURE DES MINES,F Stilly of geotechnlcal cartography. In French. 12F, 4T: 68R. B'/LL~BUR. RECHERCHES GEOL .MIN. HYDROGEOLOGIE, sECTION 3, $~, 1973, P147-177. The paper reviews the methods of preparing engineering geological maps. It is a retrospective view on the basis of historical and up-to-date information. It gives the stages associated wihh geotechnlcal mapping ar~ classification of maps according to factors investigated. The main part of the article gives a case study of applications of geotechnical cartography to Grennevilliers an area situated between two major tectonic structures in the centre of the Paris basin.
Core recovery, logging, probing, boring and sampling 1301 BARKOV, NI BOBIN, NE STEPANOV, GK Drilling in the ice sheet of Antarctica at Vostok station in 1970. 7R. SOVIET ANTARCTIC EXF~D. INFORM.BULL. Qll5.56862,V8, NT, SEPT. 1973, P376-379. 1302 AND~SON~WB J. C •SPROULE ASSOC. CALGARY, ALB. CDN Potential u s e s for borehole logs in mineral explor atlonv 9F, 1T, 4R. CAN. INST .MIN.METALL. BULL .V67, N743,MAR. 1974, P164-168.
Photog raphic techniques 1303 COOK, JC T ~ k~Yi~E G ~ •CO. DALLAS, USA Radar exploration through rock in advance of mining. IIF, 3T, 13E. TRANS. SOC .MIN. ENGRS •AIME, V254, JUNE, 1973, P141-146. Three years of studies 8_nd experiments in radar exploration through rock are reported. Radar reflections ahol/id be produced by all large electrical] contrasting objects such as fault gouge masses, ~ t shattered ground~ metallic mlneralization~ adjacent mine workings a~d abandoned drill holes. Exploration distances of 30 to 60 feet through bituminous coal and massive limestone respectively have been demonstrated with low-p~er experimental radar equipment in underground mines and working ranges of up to 250 feet are considered feasible in li~e~bone and coal. 13o4 BEAVER~ R SIL&FFER,BEAVER A ~SOC.NASHViLI/~,USA WOOD, J TAYLOR AND CRABT]~, NASHVI~-I/~,USA Aerial ir~ra-red locates solid gro[u~ over mille. 4F. PHOTOGRA~L END. N2, FEB. 1974, PI6 i- 164. India-red aerial photos and grou~[ control ~ er~mlt the construction of a school bu!idirFg in stlg y-mine~i site. Preliminary soll borings revealed a soft backfille~! strip ~ilne on the proposed build!~ site. The photos pinpointed undisturbed islands ~ % penlnsulae of virgin soils. These soils we~e te~,~i and found to have adequate strength to support T/~a building, Recommendations were :m~e that the propo:~ed building should be relocated. During constrt:.ctio:'~ the sUbstu'faee conditions conformed ~D_most !r{~ci~elj to what h:~d been predicted. Auth. 1305 HOWARD, JA UNIV.~VFF~BOURNE, AU~ Passive remote sensing of mtural .urfaces ~y reflective techniques. Review. 6F, fiR. GEOEXFL0~TION, VII, ~ SEFf. 1973, P133-139. This papea- is concerned with the increasing r~n@)e of photo-interpretative techniques ivailable for geophysical exploration, The potential witue of passive reflective sensing in the infra rc~ spectrum immediately foll~ing the spectrum c~vered by the conventional aerial camera is considered.
Geophysical techniques See also abstracts: 1106,1316. 13o6 BARKOVj NI UVALOV, NN Geophysical investigations of the bore_hole at Vostok station in 1970. 3R. SOVIET ANTARCTIC EXPED.INFORM.BULL. QI15.56862.'/8; NT, SEPt. 1973, P380-383 • 13o7 SUMMER~ JR LEHIGH UNIV. BETHLEHEM, PA. USA BURNEI~, JA UNIV. CALIF. SANTA CRUZ, USA Use of precision graw-lty survey to determine bedrock. 4F, 3R. J. GEOTECH. ENGNG. DIV. VIOOj (F~l,JAN. 1974, P53"60" Application of the gravity method to a building site o n 92~e University of California campus shc~s that in speeisl eases this method can be an economic and accurate first step in providing information regarding the foundation suitability of bedrock at a buildir~ slte while in the planning stage s.