Geophysikalische Methoden im Uranium-Bergbau

Literatur

• Recommended instrumentation for uranium exploration Vienna : IAEA , 1974 . 93 S . STI/DOC/10/158
   Google Scholar
• Gamma-ray surveys in uranium exploration Vienna : IAEA , 1979 . 90 S . STI/DOC/10/186
   Google Scholar
• Radiometric reporting methods and calibration in uranium exploration Vienna : IAEA , 1976 . 57 S . STI/DOC/10/174
   Google Scholar
• Remote sensing in uranium exploration. Basic guidance Vienna : IAEA , 1981 . 50 S . STI/DOC/10/208
   Google Scholar
• Borehole logging for uranium exploration. A manual IAEA : Vienna , 1982 . 279 S . STI/DOC/10/212
   Google Scholar
• Nuclear data for bore-hole and bulk-media assay using nuclear techniques IAEA : Vienna , 1984 . 348 S . INDC (NDS)-151/L
   Google Scholar
• Practical borehole logging procedures for mineral exploration, with emphasis on uranium IAEA : Vienna , 1986 , 44 S . STI/DOC/10/259
   Google Scholar
• Uranium exploration methods (Proceed. IAEA Panel IAEA-PL-490) IAEA : Vienna , 1973 . 320 S . STI/PUB/334
   Google Scholar
• Exploration for uranium deposits (Proceed. IAEA Symp. IAEA-SM-208) IAEA : Vienna , 1976 . 807 S . STI/PUB/434
   Google Scholar
• Uranium exploration case histories (Proceed. IAEA-NEA Advis. Group Meeting IAEA-AG-250) IAEA : Vienna , 1981 . 407 S . STI/PUB/584
   Google Scholar
• Uranium exploration methods (Proceed. NEA-IAEA Symp) NEA : Paris , 1982 . 972 S .
   Google Scholar
• Uranium evaluation and mining techniques (Proceed. IAEA-NEA Symp. IAEA-SM-239) IAEA : Vienna , 1980 . 551 S . STI/PUB/524
   Google Scholar
• Uranium in the Pine Creek geosyncline (Proceed. BMR-CSIRP-IAEA Symp.) IAEA : Vienna , 1980 . 760 S . STI/PUB/555
   Google Scholar
• Surficial uranium deposits (Report Working Group) IAEA : Vienna , 1984 . 252 S . TECDOC-322
   Google Scholar
• Geological environments of sandstone-type uranium deposits (Report Working Group) IAEA : Vienna , 1985 . 408 S . TECDOC-328
   Google Scholar
• Uranium deposits in proterozoic quartz-pebble conglomerates (Report Working Group IAEA : Vienna 1987 . 459 S . TECDOC-427
   Google Scholar
• Offield T. W. Knepper D. H. jr. Sawatzky D. L. Raines G. L. : Regional settings of uranium occurence – preliminary Landsat studies . In: K , p. 21
   Google Scholar
• Offield , T. W. , Miller , G. B. , Raines , G. L. and Ramackers , P. Unconformity-vein uranium setting in Saskatchewan , 25 Canada : preliminary Landsat study . In: K
   Google Scholar
• Raines , G. L. Regional analysis of Landsat data concerning unconformity-vein uranium deposits , 51 Australia : Pine Creek geosyncline . In: K
   Google Scholar
• Offield T. W. Miller G. B. Pettersson B. A. : Regional setting and uranium occurence, Olden – Hotagen District of Sweden and adjacent Norway – preliminary Landsat interpretation . In: K , p. 67
   Google Scholar
• Knepper D. H. jr. : Sandstone uranium deposits and Landsat linear features in the southern Colorado Plateau – some observations . In: K , p. 93
   Google Scholar
• Offield T. W. Penner E. : Setting of the Dartmoor Granite as an environment for potential uranium deposits . In: K , p. 111
   Google Scholar
• Monget J. M. : Multi-staged remote sensing of uranium provinces . In: K , p. 121
   Google Scholar
• Krische E. U. Quiel F. : The application of supervised classification to Landsat data in the exploration for surficial uranium deposits – an example from Western Australia . In: N , p. 65
   Google Scholar
• Hambleton-Jones B. B. Caithness A. : The application of Landsat imagery for delineating potential surficial uranium deposits in Namibia . In: N , p. 71
   Google Scholar
• Loevborg L. Kirkegaard P. Mose Christiansen E. : Design of NaI(Tl) scintillation detectors for use in gamma-ray surveys of geological sources . p. 127 In: I, (IAEA-SM-208/21)
   Google Scholar
• Foote R. S. Humphrey N. B. : Airborne radiometric techniques and applications to uranium exploration , p. 17 In: I, (IAEA-SM-208/47 )
   Google Scholar
• Breiner S. Lindow J. T. Kaldenbach R. J. : Gamma-ray measurement and data reduction considerations for airborne radiometric surveys . p. 93 In: I, (IAEA-SM-208/34)
   Google Scholar
• Cameron G. W. Elliott B. E. Richardson K. A. : Effects of line spacing on contoured airborne gamma-ray spectrometric data . p. 81 In: I, (IAEA-SM-208/2)
   Google Scholar
• Potts M. J. : Computer methods for geological analysis of radiometric data . p. 55 In: I, (IAEA-SM-208/46)
   Google Scholar
• Charbonneau B. W. Killeen P. G. Carson J. M. Cameron G. W. Richardson K. A. : Significance of radioelement concentration measurements made by airborne gamma-ray spectrometry over the Canadian Shield . p. 35 In: I, (IAEA-SM-208/3)
   Google Scholar
• Duval J. S. : Statistical interpretation of airborne gamma-ray spectrometric data using factor analysis . p. 71 In: I, (IAEA-SM-208/12)
   Google Scholar
• Saunders D. F. Potts M. J. : Interpretation and application of high-sensitivity airborne gamma-ray spectrometer data . p. 107 In: I, (IAEA-SM-208/45)
   Google Scholar
• Rodrigo F. Belluco A. E. : Discovery of the Sierra Pintada uranium district, Mendoza Province , Argentina . p. 23 In: J, IAEA-AG-250/6
   Google Scholar
• Forman J. M. A. Angeiras A. G. : Pocos de Caldas and Itataia: two case histories of uranium exploration in Brazil . p. 99 In: J, (IAEA-AG-250/14)
   Google Scholar
• Rowntree J. C. Mosher D. V. : Discovery of the Jabiluka uranium deposits, East Alligator River Region , Northern Territory, , Australia . p. 171 In: J, IAEA-AG-250/19
   Google Scholar
• Gatzweiler R. Schmeling B. Tan B. : Exploration of the Key Lake uranium deposits , Saskatchewan, , Canada p. 195 In: J, (IAEA-AG-250/5)
   Google Scholar
• Scott F. : Midwest Lake uranium discovery, Saskatchewan , Canada . p. 221 In: J. (IAEA-AG-250/1)
   Google Scholar
• Bundrock G. : From armchair geology to a deposit in a new uranium province . p. 243 In: J, IAEA-AG-250/8
   Google Scholar
• Stoick A. F. Boltz K. L. Buswell M. D. : Discovery of uranium deposits near Oshoto, East Central Powder River Basin , Wyoming, , USA . p. 293 In: J, IAEA-AG-250/10
   Google Scholar
• Tucker D. H. Stuart D. C. Hone I. G. Sampath N. : The characteristics and interpretation of regional gravity, magnetic and radiometric surveys in the Pine Creck geosyncline . In: M , p. 101
   Google Scholar
• Simpson C. J. Huntington J. F. Leishman J. Green A. A. : A study of the Pine Creek geosyncline using integrated Landsat and aero-magnetic data . In: M , p. 141
   Google Scholar
• Armstrong C. W. Brewster N. W. : A comparison of exploration techniques in Saskatchewan and the Northern Territory . In: M , p. 733
   Google Scholar
• Saager R. Stupp H. D. Vorwerk R. Thiel K. Hennig G. J. : Interpretation of alpha- and gamma-spectrometric data from precambrian conglomerates – a case study from the Denny Dalton uranium district , Northern Zululand, , South Africa . In: P , p. 293
   Google Scholar
• Pacer J. C. : Radon measurement techniques for uranium exploration . In: K , p. 495
   Google Scholar
• Hesselbom A. : Studies of radon-measuring techniques in soil-gas . In: K , p. 537
   Google Scholar
• Bhatnagar A. S. : A study on the behaviour of radon in soil . p. 219 In: H, IAEA-PL-490/14
   Google Scholar
• Miller J. M. Ostle D. : Radon measurement in uranium prospecting . p. 237 In: H, IAEA-PL-490/16
   Google Scholar
• Smith A. Y. Barretto P. M. C. Pournis S. : Radon methods in uranium exploration . p. 185 In: I, (IAEA-SM-208/52)
   Google Scholar
• Gingrich J. E. Fisher J. C. : Uranium exploration using the tracketch method . p. 213 In: I, (IAEA-SM-208/19)
   Google Scholar
• Morse R. H. : Radon counters in uranium exploration . p. 229 In: I, (IAEA-SM-208/55)
   Google Scholar
• Hambleton-Jones B. B. Heard R. G. Toens P. D. : Exploration for surficial uranium deposits . In: N , p. 61
   Google Scholar
• Czarnecki R. F. Pacer J. C. : Drilling-mud emanometer . In: K , p. 557
   Google Scholar
• Pacer J. C. Czarnecki R. F. : Results of radon and helium surveys at three known uranium occurrences . In: K , p. 517
   Google Scholar
• Dyck W. : Radon and helium surveys of the Midwest and McClean uranium deposit environments , Northern Saskatchewan . In: K , p. 531
   Google Scholar
• Reimer G. M. : Gaseous emanations associated with sandstone – type uranium deposits . In: O , p. 335
   Google Scholar
• Bristow Q. Killeen P. G. Mwenifumbo J. C. ; Comparison of standardized gamma-ray log calibration measurements – Ottawa , Adelaide and Grand Junction . In: K , p. 715
   Google Scholar
• Loevborg L. Nielsen S. P. : Calibration guidance provided by the intensities of uranium and thorium gamma rays . In: F , p. 339
   Google Scholar
• Tanner A. B. : Direct uranium logging by high-resolution gamma-ray spectrometry . In: K , p. 793
   Google Scholar
• Wormald M. R. Clayton C. G. : Some factors affecting accuracy in the direct determination of uranium by delayed neutron borehole logging . p. 427 In: I, (IAEA-SM-208/35)
   Google Scholar
• Czubek J. A. Loskiewiez J. : Optimum conditions for uranium detection in delayed neutron well logging . p. 471 In: I , (IAEA-SM-208/37)
   Google Scholar
• Steinman D. K. Costello D. G. Pepper C. S. Galloway R. N. John J. Dodd P. H. : Californium-252-based borehole logging system for in-situ assaying of uranium ore . p. 487 In: I, (IAEA-SM-208/43)
   Google Scholar
• Duray J. R. : Direct-uranium logging – neutron-based techniques . In: K , p. 807
   Google Scholar
• Umiastowski K. : The Syminex borchole uranium assaying system . In: K , p. 811
   Google Scholar
• Lubecki A. Doebele R. Herrmann W. : Direct uranium logging using X-ray fluorescence technique . In: K , p. 821
   Google Scholar
• Zeller E. J. Dreschhoff G. Holdoway K. Saunders D. F. : Use of gamma-ray from wells drilled for petroleum exploration to define uranium provinces in subsurface formations . p. 415 In: I, (IAEA-SM-208/4)
   Google Scholar
• Scott J. H. Daniels J. J. : Non-radiometric borchole geophysical detection of geochemical haloes surrounding sedimentary uranium deposits . p. 379 In: I, (IAEA-SM-208/16)
   Google Scholar
• Key B. N. Dodd P. H. Martin R. G. : The differential face scanner and its application for gerade assessment . In: K , p. 623
   Google Scholar
• Smit C. J. B. : Radiometric determination of uranium using a collimated face scanner . In: K , p. 681
   Google Scholar
• Khan H. N. : Mining method and grade control practices at Baghalchur, Deri Ghazi Khan , Pakistan . p. 233 In: L, (IAEA-SM-239/27)
   Google Scholar
• Temnikov M. A. : Facilities and technology for uranium ore quality control during extraction and initial processing . p. 241 In: L, (IAEA-SM-239/41)
   Google Scholar