Uranium Deposits of the World
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Uranium Deposits of the World
Asia
Dahlkamp, Franz J.
Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
09/2009
494
Dura
Inglês
9783540785576
15 a 20 dias
1639
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Preface.- Acknowledgments.- Remarks, Definitions, Units.- Part I Typology of Uranium Deposits.- Introduction .- Definitions.- Remarks.- Type 1 Unconformity-Contact U Deposits (Fig. 1).- Subtype 1.1 Proterozoic Unconformity-Contact U Deposits
(Athabasca type).- Subtype 1.2 Phanerozoic Unconformity U Deposits (Le Roube type).- Type 2 Proterozoic Subunconformity-Epimetamorphic.- U Deposits (Alligator Rivers type) (Fig. 2).- Type 3 Sandstone U Deposits (Fig. 3).- Subtype 3.1 Rollfront U Deposits (Russian terminology: Exogenic infiltration; Strata-oxidation).- Subtype 3.2 Tabular/Peneconcordant U Deposits.- (also referred to as Peneconcordant or Blanket deposits).- Subtype 3.3 Basal Channel U Deposits (Chinle type) (Russian terminology: Exogenic infiltration; Valley or Paleovalley, or U-REE in erosive paleovalley.- Subtype 3.4 Tectonic-Lithologic U Deposits.- Type 4 Granite-Related U Deposits (in Veins, Stockworks, and Episyenites) (Fig. 4).- Type 5 Volcanic U Deposits (in Veins, Stockworks, and Stratiform Lodes) (Fig. 5) (Russian terminology: Endogenic hydrothermal; Molybdenum-uranium, Apatite-uranium, or Fluorite-uranium deposits, or Deposits in volcanic depressions).- Subtype 5.1 U Deposits Associated with Mafic-Felsic Volcanics in Calderas Underlain by Granite (Streltsovsk type) (Russian terminology: Endogenic hydrothermal; Fluorite-uranium deposits associated with
andesite-rhyolite in erosional-tectonic basins) Subtype 5.2 U Deposits Associated with Felsic Volcanic Complexes.- Type 6 Metasomatite Related U Deposits (in Veins and Stockworks) (Fig. 6).- Subtype 6.1 Metasomatized granite (Kirovograd type).- Subtype 6.2 Metasomatized metasediments/metavolcanics (Zheltye Vody type) (Russian terminology: Ferro-uranium formation or Iron-uranium formation associated with
sodic and carbonate metasomatites).- Type 7 Undifferentiated (Meta-)sediment Hosted U Deposits (in Veins and Shear Zones) (Fig. 7).- Type 8 Collapse Breccia Pipe U deposits (Arizona Strip type) (Fig. 8).- Type 9 Polymetallic Hematite-Breccia-Complex U Deposits (Olympic Dam type) (Fig. 9).- Type 10 Paleoproterozoic Quartz-Pebble Conglomerate U Deposits (Fig. 10) (also referred to as Oligomictic conglomerate or
Lower Proterozoic conglomerate or Paleoconglomerate or Modified paleoconglomerate type).- Subtype 10.1 Monometallic (or U-dominant with REE) U Deposits (Elliot Lake type).- Subtype 10.2 Polymetallic Au with U Deposits (Witwatersrand type).- Type 11 Surficial U Deposits (Fig. 11).- Subtype 11.1 Duricrusted Sediments (also referred to as Calcrete, Silcrete, Groundwater-calcrete, or Valley-calcrete type) (Russian Terminology: Exogenic infiltration; Ground-oxidation).- Subtype 11.2 Peat-Bog (Flodelle Creek type).- Subtype 11.3 Karst Cavern (Pryor-Little Mtns. type).- Subtype 11.4 Surficial Pedogenic and Structure Fill.- Type 12 Intrusive U Deposits (Fig. 12).- Subtype 12.1 Alaskite U Deposits (Roessing type).- Subtype 12.2 Quartz-Monzonite/Copper-Porphyry Cu-U Deposits (Bingham type).- Subtype 12.3 Carbonatite Cu-U Deposits (Phalaborwa type).- Subtype 12.4 Peralkaline Syenite U Deposits (Kvanefjeld type).- Subtype 12.5 Pegmatite U Deposits (Bancroft type).- Type 13 Uraniferous Carbonaceous Shale-Related Stockwork Deposits (Ronneburg type) (Fig. 13) (Chinese terminology: Carbonaceous-carbonate-siliceous-pelite type).- Type 14 Uraniferous Bituminous-Cataclastic Limestone Deposits (Mailuu-Suu type) (Fig. 14) (Russian terminology: Exogenic epigenetic infiltration: Vanadium-uranium
deposits in carbonate sediments).- Type 15 Uraniferous Carbonaceous Lutite (Lacustrine) Deposits (Anderson Mine type) (Fig. 15).- Type 16 Uraniferous Organic Phosphorous Deposits (Mangyshlak type) (Fig. 16) (Russian terminology: Exogenic sedimentational- diagenetic; Rare-earth - uranium deposits in clays with fish remains) .- Type 17 Uraniferous Minerochemical Phosphorite Deposits (Idaho Phosphoria and Florida Land Pebble types) (Fig. 17) .- Type 18 Uraniferous Lignite/Coal Deposits
(Cave Hills and Freital types) (Fig. 18).- Type 19 Uraniferous Stratiform Black Shale Deposits (Ranstad and Chattanooga types) (Fig. 19).- Type 20 Uraniferous Synmetamorphic and Contact-metamorphic Deposits (Forstau and Mary Kathleen types) (Fig. 20).- References and Further Reading.- Part II Uranium in Asia - Overview.- China, Peoples Republic of .- Historical Review of Uranium in China.- Principal Characteristics and Distribution of Types of Uranium Deposits in China.- Description of Uranium Provinces, Regions and Districts in China.- Junggar-Tien Shan U Province, Xinjiang Uygur A.R., NW China.- Yili Basin.- Junggar Basin.- Turpan-Hami Basin.- Burqin Basin.- Kashi Depression/Northwest Tarim Basin.- North Tien Shan/Western Edge of Junggar Continental Block.- Yinshan-Liaohe U Province, NE China.- Liaoning U Region (Liadong Block), Liaoning.- Da Hinggan-Yanshan U Region, NE Inner Mongolia A.R. - N Hebei - W Liaoning.- Eren (Erlian) Basin, Central-north Inner Mongolia A.R..- Yingshan Basins, Inner Mongolia A.R..- Ordos Basin, Central-North China.- Qilian-Qinling U Province, Central China.- Longshoushan Uranium Zone, Gansu.- North Qinling Uranium Zone, S Shaanxi-SW Henan.- Lu-Zong Volcanic Basin, Anhui Province.- North Qilian Caledonian Fold Belt, Gansu-Ningxia Huizo A.R..- SW Qinling Metallogenetic Zone / South Qinling Hercynian-Indosinian Fold Belt.- South China Uranium Province.- Granite Dominated Domain/Granitic Complexes and Related U Deposits.- Volcanic Belts and Related U Deposits/Eastern Metallogenetic Domain.- Proterozoic-Paleozoic Terrane and Related C-Si-Pelite U deposits/Western U Metallogenetic Domain.- Mesozoic-Tertiary Basins in South China / Sandstone-Type
U Deposits.- West Yunnan U Province, Yunnan, SW China.- Gaoligong Region.- Lincang Region.- India.- Singhbhum Cu-U Belt, Jharkand.- Meghalaya Plateau, Meghalaya.- West Khasi Hills Region, Meghalaya.- Other Uranium Occurrences in the Meghalaya Plateau.- Meso-Neoproterozoic Cuddapah Basin, Andrha Pradesh, SE India.-Bhima Basin, Karnataka.- E Margin of Chattisgarh Basin/Sambalpur Granite Massif, Madhya Pradesh-Orissa.- Proterozoic Aravalli-Delhi Basins, Rajasthan.- Indonesia.- Remaja-Eko-Efka-Lemajun Rivers Area, Kalan Region.- Rirang River Area, Kalan Region.- Iran, Islamic Republic.- Bafq-Posht-e-Badam Zone.- Saghand Ore Field, Bafq District.- Gachin Salt Plug/Bandar Abbas Region.- Japan.- Tono Ore Field.- Ningyo-Toge Ore Field.- Other U Occurrences in Japan.- Kazakhstan.- Kokshetau Region, Northern Kazakhstan.- Ishimsky Ore Field, Southwestern Kokshetau Region.-Chistopolsky Ore Field, Southwestern Kokshetau Region.- Balkashinsky Ore Field, Southwestern Kokshetau Region.- Grachevsky Ore Field, Northwestern Kokshetau Region.- Altybaysky Ore Field.- Shatsky Ore Field, Northeastern Kokshetau Region.-Koksengirsky (or Zaozernoye) Ore Field, Central-Eastern Kokshetau Region.-Manybaysky Ore Field, Southeastern Kokshetau Region.- Shokay Zone, Olenty-Seletinsk Area, Eastern Kokshetau Region.- Other Uranium Occurrences in the Kokshetau Region.- Pricaspian (or Mangyshlak) Uranium Region, West Kazakhstan.- Karagiin Ore Field.- Chu-Sarysu Basin, South-Central Kazakhstan.- Kenze-Budenovskaya District.- Uvanas-Kanzhugan District.- Syr-Darya Basin, S Kazakhstan.- Karamurun District.- Karaktau District.- Kyzylkol-Chayan District.- Pribalkhash (Lake Balkhash)/Kendyktas-Chuily-Betpak Dala Region, SE Kazakhstan.- Northern Betpak Dala Area.- Central Chuily Area.- Southern Pribalkash Region.- Granitnoye Ore Field.- Ily Region, SE Kazakhstan.-Western Balkhash Basin / Nizhny-Ily Subbasin.- Ily Basin.- Zhalanshiksky Region, Central Kazakhstan.- Turgai-Priyrtish Region, Northern Kazakhstan.- Isolated Uranium Deposits / Occurrences in Kazakhstan (Fig. Kaz 01).- Kyrgyzstan.- Eastern Karamazar-Northeastern Fergana Region, Central-Western Kyrgyzstan.- Tyuya-Muyun District, Southwestern Kyrgyzstan.- Jurassic Coal Basins in Central and Eastern-Central Krgyzstan.- Other Uranium Occurrences in Kyrgyzstan.- Mongolia.- North Choibalsan Region, Dornod Aimag.- Mardai (Dornod) District, Dornod Aimag.- Other Uranium Occurrences/Areas in the North Choibalsan Region.- Berkh Region, Khentei Aimag.-Batnorov Area.- Ulziit - Saikhan-Uul Area.- Dornogovi (Eastern Gobi) Region.- Choir Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Gobi-Tamtsag Region, Dornogovi-Omnogovi-Suhbaatar-Dornod Aimags.- Sainshand Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Pakistan.- Sulaiman Range, Dera Ghazi Khan District, Punjab.- 457.- Bannu Basin-Surghar Range, NW Pakistan.- Other Uranium Occurrences in Pakistan.-Russian Federation, Asian Territory.- Transural Region / Kurgan Area, Asian Russia.- West Siberian Region / Novosibirsk-Kemerov Area, Asian Russia.- Yenisey Region, Asian Russia.- Transbaykal Region, Asian Russia.- Streltsovsk District, Asian Russia.- Vitim District, Asian Russia.- Description of Selected Deposits in the Vitim District.- Central Transbaykal Subregion, Asian Russia.- Aldan Shield Region, Asian Russia.- Elkon District.- Amur and Ussuri Rivers Region/Far East Region.- Khankaisky District.-Bureinsky District.- Okhotsk Region.- Southern Kalyma River Region.- Chukotsky Region.- South Korea.- Tajikistan.- Kuramin Range, SW Karamazar Region.- 546.- Other Uranium Occurrences in Tajikistan.- Turkey.- Menderes Massif.- Koepruebasi-Salihli Basin.- Fakili-Guere Basin.- Kocarli Basin.- Southern Menderes Massif.- Other U Occurrences in Turkey.- Turkmenistan.- Taurkyr Dome, Western Karakum Desert .-Uzbekistan.- Kyzylkum Region.- Uchkuduk or Bukantau District.- Zarafshan or Auminza-Beltau District.- Zafarabad or West-Nuratau District.- Nurabad or Zirabulak-Ziaetdin District.- Kyzylkum Basement Areas.- Altyntau or Bukantau Ore Field.-Auminza-Beltau or Auminzatau Ore Field.- Karamazar Uranium Region, Uzbekistan-Tajikistan-Kyrgyzstan.- Vietnam.- Nong Son Basin, Central Vietnam .- Other U Deposits/Occurrences in Vietnam.- Middle East Countries with Uraniferous Phosphorite.- Bibliography.- Asia.- China.- India.- Japan.- Kazakhstan.- Kyrgyzstan.- Mongolia.- Pakistan.- Russia (Asia and Europe).- Turkmenistan.- Uzbekistan.- Tables Headings: Uranium Deposits in Asia.- Book Part I (Terminology of U Resources).- Book Part II.
(Athabasca type).- Subtype 1.2 Phanerozoic Unconformity U Deposits (Le Roube type).- Type 2 Proterozoic Subunconformity-Epimetamorphic.- U Deposits (Alligator Rivers type) (Fig. 2).- Type 3 Sandstone U Deposits (Fig. 3).- Subtype 3.1 Rollfront U Deposits (Russian terminology: Exogenic infiltration; Strata-oxidation).- Subtype 3.2 Tabular/Peneconcordant U Deposits.- (also referred to as Peneconcordant or Blanket deposits).- Subtype 3.3 Basal Channel U Deposits (Chinle type) (Russian terminology: Exogenic infiltration; Valley or Paleovalley, or U-REE in erosive paleovalley.- Subtype 3.4 Tectonic-Lithologic U Deposits.- Type 4 Granite-Related U Deposits (in Veins, Stockworks, and Episyenites) (Fig. 4).- Type 5 Volcanic U Deposits (in Veins, Stockworks, and Stratiform Lodes) (Fig. 5) (Russian terminology: Endogenic hydrothermal; Molybdenum-uranium, Apatite-uranium, or Fluorite-uranium deposits, or Deposits in volcanic depressions).- Subtype 5.1 U Deposits Associated with Mafic-Felsic Volcanics in Calderas Underlain by Granite (Streltsovsk type) (Russian terminology: Endogenic hydrothermal; Fluorite-uranium deposits associated with
andesite-rhyolite in erosional-tectonic basins) Subtype 5.2 U Deposits Associated with Felsic Volcanic Complexes.- Type 6 Metasomatite Related U Deposits (in Veins and Stockworks) (Fig. 6).- Subtype 6.1 Metasomatized granite (Kirovograd type).- Subtype 6.2 Metasomatized metasediments/metavolcanics (Zheltye Vody type) (Russian terminology: Ferro-uranium formation or Iron-uranium formation associated with
sodic and carbonate metasomatites).- Type 7 Undifferentiated (Meta-)sediment Hosted U Deposits (in Veins and Shear Zones) (Fig. 7).- Type 8 Collapse Breccia Pipe U deposits (Arizona Strip type) (Fig. 8).- Type 9 Polymetallic Hematite-Breccia-Complex U Deposits (Olympic Dam type) (Fig. 9).- Type 10 Paleoproterozoic Quartz-Pebble Conglomerate U Deposits (Fig. 10) (also referred to as Oligomictic conglomerate or
Lower Proterozoic conglomerate or Paleoconglomerate or Modified paleoconglomerate type).- Subtype 10.1 Monometallic (or U-dominant with REE) U Deposits (Elliot Lake type).- Subtype 10.2 Polymetallic Au with U Deposits (Witwatersrand type).- Type 11 Surficial U Deposits (Fig. 11).- Subtype 11.1 Duricrusted Sediments (also referred to as Calcrete, Silcrete, Groundwater-calcrete, or Valley-calcrete type) (Russian Terminology: Exogenic infiltration; Ground-oxidation).- Subtype 11.2 Peat-Bog (Flodelle Creek type).- Subtype 11.3 Karst Cavern (Pryor-Little Mtns. type).- Subtype 11.4 Surficial Pedogenic and Structure Fill.- Type 12 Intrusive U Deposits (Fig. 12).- Subtype 12.1 Alaskite U Deposits (Roessing type).- Subtype 12.2 Quartz-Monzonite/Copper-Porphyry Cu-U Deposits (Bingham type).- Subtype 12.3 Carbonatite Cu-U Deposits (Phalaborwa type).- Subtype 12.4 Peralkaline Syenite U Deposits (Kvanefjeld type).- Subtype 12.5 Pegmatite U Deposits (Bancroft type).- Type 13 Uraniferous Carbonaceous Shale-Related Stockwork Deposits (Ronneburg type) (Fig. 13) (Chinese terminology: Carbonaceous-carbonate-siliceous-pelite type).- Type 14 Uraniferous Bituminous-Cataclastic Limestone Deposits (Mailuu-Suu type) (Fig. 14) (Russian terminology: Exogenic epigenetic infiltration: Vanadium-uranium
deposits in carbonate sediments).- Type 15 Uraniferous Carbonaceous Lutite (Lacustrine) Deposits (Anderson Mine type) (Fig. 15).- Type 16 Uraniferous Organic Phosphorous Deposits (Mangyshlak type) (Fig. 16) (Russian terminology: Exogenic sedimentational- diagenetic; Rare-earth - uranium deposits in clays with fish remains) .- Type 17 Uraniferous Minerochemical Phosphorite Deposits (Idaho Phosphoria and Florida Land Pebble types) (Fig. 17) .- Type 18 Uraniferous Lignite/Coal Deposits
(Cave Hills and Freital types) (Fig. 18).- Type 19 Uraniferous Stratiform Black Shale Deposits (Ranstad and Chattanooga types) (Fig. 19).- Type 20 Uraniferous Synmetamorphic and Contact-metamorphic Deposits (Forstau and Mary Kathleen types) (Fig. 20).- References and Further Reading.- Part II Uranium in Asia - Overview.- China, Peoples Republic of .- Historical Review of Uranium in China.- Principal Characteristics and Distribution of Types of Uranium Deposits in China.- Description of Uranium Provinces, Regions and Districts in China.- Junggar-Tien Shan U Province, Xinjiang Uygur A.R., NW China.- Yili Basin.- Junggar Basin.- Turpan-Hami Basin.- Burqin Basin.- Kashi Depression/Northwest Tarim Basin.- North Tien Shan/Western Edge of Junggar Continental Block.- Yinshan-Liaohe U Province, NE China.- Liaoning U Region (Liadong Block), Liaoning.- Da Hinggan-Yanshan U Region, NE Inner Mongolia A.R. - N Hebei - W Liaoning.- Eren (Erlian) Basin, Central-north Inner Mongolia A.R..- Yingshan Basins, Inner Mongolia A.R..- Ordos Basin, Central-North China.- Qilian-Qinling U Province, Central China.- Longshoushan Uranium Zone, Gansu.- North Qinling Uranium Zone, S Shaanxi-SW Henan.- Lu-Zong Volcanic Basin, Anhui Province.- North Qilian Caledonian Fold Belt, Gansu-Ningxia Huizo A.R..- SW Qinling Metallogenetic Zone / South Qinling Hercynian-Indosinian Fold Belt.- South China Uranium Province.- Granite Dominated Domain/Granitic Complexes and Related U Deposits.- Volcanic Belts and Related U Deposits/Eastern Metallogenetic Domain.- Proterozoic-Paleozoic Terrane and Related C-Si-Pelite U deposits/Western U Metallogenetic Domain.- Mesozoic-Tertiary Basins in South China / Sandstone-Type
U Deposits.- West Yunnan U Province, Yunnan, SW China.- Gaoligong Region.- Lincang Region.- India.- Singhbhum Cu-U Belt, Jharkand.- Meghalaya Plateau, Meghalaya.- West Khasi Hills Region, Meghalaya.- Other Uranium Occurrences in the Meghalaya Plateau.- Meso-Neoproterozoic Cuddapah Basin, Andrha Pradesh, SE India.-Bhima Basin, Karnataka.- E Margin of Chattisgarh Basin/Sambalpur Granite Massif, Madhya Pradesh-Orissa.- Proterozoic Aravalli-Delhi Basins, Rajasthan.- Indonesia.- Remaja-Eko-Efka-Lemajun Rivers Area, Kalan Region.- Rirang River Area, Kalan Region.- Iran, Islamic Republic.- Bafq-Posht-e-Badam Zone.- Saghand Ore Field, Bafq District.- Gachin Salt Plug/Bandar Abbas Region.- Japan.- Tono Ore Field.- Ningyo-Toge Ore Field.- Other U Occurrences in Japan.- Kazakhstan.- Kokshetau Region, Northern Kazakhstan.- Ishimsky Ore Field, Southwestern Kokshetau Region.-Chistopolsky Ore Field, Southwestern Kokshetau Region.- Balkashinsky Ore Field, Southwestern Kokshetau Region.- Grachevsky Ore Field, Northwestern Kokshetau Region.- Altybaysky Ore Field.- Shatsky Ore Field, Northeastern Kokshetau Region.-Koksengirsky (or Zaozernoye) Ore Field, Central-Eastern Kokshetau Region.-Manybaysky Ore Field, Southeastern Kokshetau Region.- Shokay Zone, Olenty-Seletinsk Area, Eastern Kokshetau Region.- Other Uranium Occurrences in the Kokshetau Region.- Pricaspian (or Mangyshlak) Uranium Region, West Kazakhstan.- Karagiin Ore Field.- Chu-Sarysu Basin, South-Central Kazakhstan.- Kenze-Budenovskaya District.- Uvanas-Kanzhugan District.- Syr-Darya Basin, S Kazakhstan.- Karamurun District.- Karaktau District.- Kyzylkol-Chayan District.- Pribalkhash (Lake Balkhash)/Kendyktas-Chuily-Betpak Dala Region, SE Kazakhstan.- Northern Betpak Dala Area.- Central Chuily Area.- Southern Pribalkash Region.- Granitnoye Ore Field.- Ily Region, SE Kazakhstan.-Western Balkhash Basin / Nizhny-Ily Subbasin.- Ily Basin.- Zhalanshiksky Region, Central Kazakhstan.- Turgai-Priyrtish Region, Northern Kazakhstan.- Isolated Uranium Deposits / Occurrences in Kazakhstan (Fig. Kaz 01).- Kyrgyzstan.- Eastern Karamazar-Northeastern Fergana Region, Central-Western Kyrgyzstan.- Tyuya-Muyun District, Southwestern Kyrgyzstan.- Jurassic Coal Basins in Central and Eastern-Central Krgyzstan.- Other Uranium Occurrences in Kyrgyzstan.- Mongolia.- North Choibalsan Region, Dornod Aimag.- Mardai (Dornod) District, Dornod Aimag.- Other Uranium Occurrences/Areas in the North Choibalsan Region.- Berkh Region, Khentei Aimag.-Batnorov Area.- Ulziit - Saikhan-Uul Area.- Dornogovi (Eastern Gobi) Region.- Choir Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Gobi-Tamtsag Region, Dornogovi-Omnogovi-Suhbaatar-Dornod Aimags.- Sainshand Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Pakistan.- Sulaiman Range, Dera Ghazi Khan District, Punjab.- 457.- Bannu Basin-Surghar Range, NW Pakistan.- Other Uranium Occurrences in Pakistan.-Russian Federation, Asian Territory.- Transural Region / Kurgan Area, Asian Russia.- West Siberian Region / Novosibirsk-Kemerov Area, Asian Russia.- Yenisey Region, Asian Russia.- Transbaykal Region, Asian Russia.- Streltsovsk District, Asian Russia.- Vitim District, Asian Russia.- Description of Selected Deposits in the Vitim District.- Central Transbaykal Subregion, Asian Russia.- Aldan Shield Region, Asian Russia.- Elkon District.- Amur and Ussuri Rivers Region/Far East Region.- Khankaisky District.-Bureinsky District.- Okhotsk Region.- Southern Kalyma River Region.- Chukotsky Region.- South Korea.- Tajikistan.- Kuramin Range, SW Karamazar Region.- 546.- Other Uranium Occurrences in Tajikistan.- Turkey.- Menderes Massif.- Koepruebasi-Salihli Basin.- Fakili-Guere Basin.- Kocarli Basin.- Southern Menderes Massif.- Other U Occurrences in Turkey.- Turkmenistan.- Taurkyr Dome, Western Karakum Desert .-Uzbekistan.- Kyzylkum Region.- Uchkuduk or Bukantau District.- Zarafshan or Auminza-Beltau District.- Zafarabad or West-Nuratau District.- Nurabad or Zirabulak-Ziaetdin District.- Kyzylkum Basement Areas.- Altyntau or Bukantau Ore Field.-Auminza-Beltau or Auminzatau Ore Field.- Karamazar Uranium Region, Uzbekistan-Tajikistan-Kyrgyzstan.- Vietnam.- Nong Son Basin, Central Vietnam .- Other U Deposits/Occurrences in Vietnam.- Middle East Countries with Uraniferous Phosphorite.- Bibliography.- Asia.- China.- India.- Japan.- Kazakhstan.- Kyrgyzstan.- Mongolia.- Pakistan.- Russia (Asia and Europe).- Turkmenistan.- Uzbekistan.- Tables Headings: Uranium Deposits in Asia.- Book Part I (Terminology of U Resources).- Book Part II.
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Preface.- Acknowledgments.- Remarks, Definitions, Units.- Part I Typology of Uranium Deposits.- Introduction .- Definitions.- Remarks.- Type 1 Unconformity-Contact U Deposits (Fig. 1).- Subtype 1.1 Proterozoic Unconformity-Contact U Deposits
(Athabasca type).- Subtype 1.2 Phanerozoic Unconformity U Deposits (Le Roube type).- Type 2 Proterozoic Subunconformity-Epimetamorphic.- U Deposits (Alligator Rivers type) (Fig. 2).- Type 3 Sandstone U Deposits (Fig. 3).- Subtype 3.1 Rollfront U Deposits (Russian terminology: Exogenic infiltration; Strata-oxidation).- Subtype 3.2 Tabular/Peneconcordant U Deposits.- (also referred to as Peneconcordant or Blanket deposits).- Subtype 3.3 Basal Channel U Deposits (Chinle type) (Russian terminology: Exogenic infiltration; Valley or Paleovalley, or U-REE in erosive paleovalley.- Subtype 3.4 Tectonic-Lithologic U Deposits.- Type 4 Granite-Related U Deposits (in Veins, Stockworks, and Episyenites) (Fig. 4).- Type 5 Volcanic U Deposits (in Veins, Stockworks, and Stratiform Lodes) (Fig. 5) (Russian terminology: Endogenic hydrothermal; Molybdenum-uranium, Apatite-uranium, or Fluorite-uranium deposits, or Deposits in volcanic depressions).- Subtype 5.1 U Deposits Associated with Mafic-Felsic Volcanics in Calderas Underlain by Granite (Streltsovsk type) (Russian terminology: Endogenic hydrothermal; Fluorite-uranium deposits associated with
andesite-rhyolite in erosional-tectonic basins) Subtype 5.2 U Deposits Associated with Felsic Volcanic Complexes.- Type 6 Metasomatite Related U Deposits (in Veins and Stockworks) (Fig. 6).- Subtype 6.1 Metasomatized granite (Kirovograd type).- Subtype 6.2 Metasomatized metasediments/metavolcanics (Zheltye Vody type) (Russian terminology: Ferro-uranium formation or Iron-uranium formation associated with
sodic and carbonate metasomatites).- Type 7 Undifferentiated (Meta-)sediment Hosted U Deposits (in Veins and Shear Zones) (Fig. 7).- Type 8 Collapse Breccia Pipe U deposits (Arizona Strip type) (Fig. 8).- Type 9 Polymetallic Hematite-Breccia-Complex U Deposits (Olympic Dam type) (Fig. 9).- Type 10 Paleoproterozoic Quartz-Pebble Conglomerate U Deposits (Fig. 10) (also referred to as Oligomictic conglomerate or
Lower Proterozoic conglomerate or Paleoconglomerate or Modified paleoconglomerate type).- Subtype 10.1 Monometallic (or U-dominant with REE) U Deposits (Elliot Lake type).- Subtype 10.2 Polymetallic Au with U Deposits (Witwatersrand type).- Type 11 Surficial U Deposits (Fig. 11).- Subtype 11.1 Duricrusted Sediments (also referred to as Calcrete, Silcrete, Groundwater-calcrete, or Valley-calcrete type) (Russian Terminology: Exogenic infiltration; Ground-oxidation).- Subtype 11.2 Peat-Bog (Flodelle Creek type).- Subtype 11.3 Karst Cavern (Pryor-Little Mtns. type).- Subtype 11.4 Surficial Pedogenic and Structure Fill.- Type 12 Intrusive U Deposits (Fig. 12).- Subtype 12.1 Alaskite U Deposits (Roessing type).- Subtype 12.2 Quartz-Monzonite/Copper-Porphyry Cu-U Deposits (Bingham type).- Subtype 12.3 Carbonatite Cu-U Deposits (Phalaborwa type).- Subtype 12.4 Peralkaline Syenite U Deposits (Kvanefjeld type).- Subtype 12.5 Pegmatite U Deposits (Bancroft type).- Type 13 Uraniferous Carbonaceous Shale-Related Stockwork Deposits (Ronneburg type) (Fig. 13) (Chinese terminology: Carbonaceous-carbonate-siliceous-pelite type).- Type 14 Uraniferous Bituminous-Cataclastic Limestone Deposits (Mailuu-Suu type) (Fig. 14) (Russian terminology: Exogenic epigenetic infiltration: Vanadium-uranium
deposits in carbonate sediments).- Type 15 Uraniferous Carbonaceous Lutite (Lacustrine) Deposits (Anderson Mine type) (Fig. 15).- Type 16 Uraniferous Organic Phosphorous Deposits (Mangyshlak type) (Fig. 16) (Russian terminology: Exogenic sedimentational- diagenetic; Rare-earth - uranium deposits in clays with fish remains) .- Type 17 Uraniferous Minerochemical Phosphorite Deposits (Idaho Phosphoria and Florida Land Pebble types) (Fig. 17) .- Type 18 Uraniferous Lignite/Coal Deposits
(Cave Hills and Freital types) (Fig. 18).- Type 19 Uraniferous Stratiform Black Shale Deposits (Ranstad and Chattanooga types) (Fig. 19).- Type 20 Uraniferous Synmetamorphic and Contact-metamorphic Deposits (Forstau and Mary Kathleen types) (Fig. 20).- References and Further Reading.- Part II Uranium in Asia - Overview.- China, Peoples Republic of .- Historical Review of Uranium in China.- Principal Characteristics and Distribution of Types of Uranium Deposits in China.- Description of Uranium Provinces, Regions and Districts in China.- Junggar-Tien Shan U Province, Xinjiang Uygur A.R., NW China.- Yili Basin.- Junggar Basin.- Turpan-Hami Basin.- Burqin Basin.- Kashi Depression/Northwest Tarim Basin.- North Tien Shan/Western Edge of Junggar Continental Block.- Yinshan-Liaohe U Province, NE China.- Liaoning U Region (Liadong Block), Liaoning.- Da Hinggan-Yanshan U Region, NE Inner Mongolia A.R. - N Hebei - W Liaoning.- Eren (Erlian) Basin, Central-north Inner Mongolia A.R..- Yingshan Basins, Inner Mongolia A.R..- Ordos Basin, Central-North China.- Qilian-Qinling U Province, Central China.- Longshoushan Uranium Zone, Gansu.- North Qinling Uranium Zone, S Shaanxi-SW Henan.- Lu-Zong Volcanic Basin, Anhui Province.- North Qilian Caledonian Fold Belt, Gansu-Ningxia Huizo A.R..- SW Qinling Metallogenetic Zone / South Qinling Hercynian-Indosinian Fold Belt.- South China Uranium Province.- Granite Dominated Domain/Granitic Complexes and Related U Deposits.- Volcanic Belts and Related U Deposits/Eastern Metallogenetic Domain.- Proterozoic-Paleozoic Terrane and Related C-Si-Pelite U deposits/Western U Metallogenetic Domain.- Mesozoic-Tertiary Basins in South China / Sandstone-Type
U Deposits.- West Yunnan U Province, Yunnan, SW China.- Gaoligong Region.- Lincang Region.- India.- Singhbhum Cu-U Belt, Jharkand.- Meghalaya Plateau, Meghalaya.- West Khasi Hills Region, Meghalaya.- Other Uranium Occurrences in the Meghalaya Plateau.- Meso-Neoproterozoic Cuddapah Basin, Andrha Pradesh, SE India.-Bhima Basin, Karnataka.- E Margin of Chattisgarh Basin/Sambalpur Granite Massif, Madhya Pradesh-Orissa.- Proterozoic Aravalli-Delhi Basins, Rajasthan.- Indonesia.- Remaja-Eko-Efka-Lemajun Rivers Area, Kalan Region.- Rirang River Area, Kalan Region.- Iran, Islamic Republic.- Bafq-Posht-e-Badam Zone.- Saghand Ore Field, Bafq District.- Gachin Salt Plug/Bandar Abbas Region.- Japan.- Tono Ore Field.- Ningyo-Toge Ore Field.- Other U Occurrences in Japan.- Kazakhstan.- Kokshetau Region, Northern Kazakhstan.- Ishimsky Ore Field, Southwestern Kokshetau Region.-Chistopolsky Ore Field, Southwestern Kokshetau Region.- Balkashinsky Ore Field, Southwestern Kokshetau Region.- Grachevsky Ore Field, Northwestern Kokshetau Region.- Altybaysky Ore Field.- Shatsky Ore Field, Northeastern Kokshetau Region.-Koksengirsky (or Zaozernoye) Ore Field, Central-Eastern Kokshetau Region.-Manybaysky Ore Field, Southeastern Kokshetau Region.- Shokay Zone, Olenty-Seletinsk Area, Eastern Kokshetau Region.- Other Uranium Occurrences in the Kokshetau Region.- Pricaspian (or Mangyshlak) Uranium Region, West Kazakhstan.- Karagiin Ore Field.- Chu-Sarysu Basin, South-Central Kazakhstan.- Kenze-Budenovskaya District.- Uvanas-Kanzhugan District.- Syr-Darya Basin, S Kazakhstan.- Karamurun District.- Karaktau District.- Kyzylkol-Chayan District.- Pribalkhash (Lake Balkhash)/Kendyktas-Chuily-Betpak Dala Region, SE Kazakhstan.- Northern Betpak Dala Area.- Central Chuily Area.- Southern Pribalkash Region.- Granitnoye Ore Field.- Ily Region, SE Kazakhstan.-Western Balkhash Basin / Nizhny-Ily Subbasin.- Ily Basin.- Zhalanshiksky Region, Central Kazakhstan.- Turgai-Priyrtish Region, Northern Kazakhstan.- Isolated Uranium Deposits / Occurrences in Kazakhstan (Fig. Kaz 01).- Kyrgyzstan.- Eastern Karamazar-Northeastern Fergana Region, Central-Western Kyrgyzstan.- Tyuya-Muyun District, Southwestern Kyrgyzstan.- Jurassic Coal Basins in Central and Eastern-Central Krgyzstan.- Other Uranium Occurrences in Kyrgyzstan.- Mongolia.- North Choibalsan Region, Dornod Aimag.- Mardai (Dornod) District, Dornod Aimag.- Other Uranium Occurrences/Areas in the North Choibalsan Region.- Berkh Region, Khentei Aimag.-Batnorov Area.- Ulziit - Saikhan-Uul Area.- Dornogovi (Eastern Gobi) Region.- Choir Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Gobi-Tamtsag Region, Dornogovi-Omnogovi-Suhbaatar-Dornod Aimags.- Sainshand Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Pakistan.- Sulaiman Range, Dera Ghazi Khan District, Punjab.- 457.- Bannu Basin-Surghar Range, NW Pakistan.- Other Uranium Occurrences in Pakistan.-Russian Federation, Asian Territory.- Transural Region / Kurgan Area, Asian Russia.- West Siberian Region / Novosibirsk-Kemerov Area, Asian Russia.- Yenisey Region, Asian Russia.- Transbaykal Region, Asian Russia.- Streltsovsk District, Asian Russia.- Vitim District, Asian Russia.- Description of Selected Deposits in the Vitim District.- Central Transbaykal Subregion, Asian Russia.- Aldan Shield Region, Asian Russia.- Elkon District.- Amur and Ussuri Rivers Region/Far East Region.- Khankaisky District.-Bureinsky District.- Okhotsk Region.- Southern Kalyma River Region.- Chukotsky Region.- South Korea.- Tajikistan.- Kuramin Range, SW Karamazar Region.- 546.- Other Uranium Occurrences in Tajikistan.- Turkey.- Menderes Massif.- Koepruebasi-Salihli Basin.- Fakili-Guere Basin.- Kocarli Basin.- Southern Menderes Massif.- Other U Occurrences in Turkey.- Turkmenistan.- Taurkyr Dome, Western Karakum Desert .-Uzbekistan.- Kyzylkum Region.- Uchkuduk or Bukantau District.- Zarafshan or Auminza-Beltau District.- Zafarabad or West-Nuratau District.- Nurabad or Zirabulak-Ziaetdin District.- Kyzylkum Basement Areas.- Altyntau or Bukantau Ore Field.-Auminza-Beltau or Auminzatau Ore Field.- Karamazar Uranium Region, Uzbekistan-Tajikistan-Kyrgyzstan.- Vietnam.- Nong Son Basin, Central Vietnam .- Other U Deposits/Occurrences in Vietnam.- Middle East Countries with Uraniferous Phosphorite.- Bibliography.- Asia.- China.- India.- Japan.- Kazakhstan.- Kyrgyzstan.- Mongolia.- Pakistan.- Russia (Asia and Europe).- Turkmenistan.- Uzbekistan.- Tables Headings: Uranium Deposits in Asia.- Book Part I (Terminology of U Resources).- Book Part II.
(Athabasca type).- Subtype 1.2 Phanerozoic Unconformity U Deposits (Le Roube type).- Type 2 Proterozoic Subunconformity-Epimetamorphic.- U Deposits (Alligator Rivers type) (Fig. 2).- Type 3 Sandstone U Deposits (Fig. 3).- Subtype 3.1 Rollfront U Deposits (Russian terminology: Exogenic infiltration; Strata-oxidation).- Subtype 3.2 Tabular/Peneconcordant U Deposits.- (also referred to as Peneconcordant or Blanket deposits).- Subtype 3.3 Basal Channel U Deposits (Chinle type) (Russian terminology: Exogenic infiltration; Valley or Paleovalley, or U-REE in erosive paleovalley.- Subtype 3.4 Tectonic-Lithologic U Deposits.- Type 4 Granite-Related U Deposits (in Veins, Stockworks, and Episyenites) (Fig. 4).- Type 5 Volcanic U Deposits (in Veins, Stockworks, and Stratiform Lodes) (Fig. 5) (Russian terminology: Endogenic hydrothermal; Molybdenum-uranium, Apatite-uranium, or Fluorite-uranium deposits, or Deposits in volcanic depressions).- Subtype 5.1 U Deposits Associated with Mafic-Felsic Volcanics in Calderas Underlain by Granite (Streltsovsk type) (Russian terminology: Endogenic hydrothermal; Fluorite-uranium deposits associated with
andesite-rhyolite in erosional-tectonic basins) Subtype 5.2 U Deposits Associated with Felsic Volcanic Complexes.- Type 6 Metasomatite Related U Deposits (in Veins and Stockworks) (Fig. 6).- Subtype 6.1 Metasomatized granite (Kirovograd type).- Subtype 6.2 Metasomatized metasediments/metavolcanics (Zheltye Vody type) (Russian terminology: Ferro-uranium formation or Iron-uranium formation associated with
sodic and carbonate metasomatites).- Type 7 Undifferentiated (Meta-)sediment Hosted U Deposits (in Veins and Shear Zones) (Fig. 7).- Type 8 Collapse Breccia Pipe U deposits (Arizona Strip type) (Fig. 8).- Type 9 Polymetallic Hematite-Breccia-Complex U Deposits (Olympic Dam type) (Fig. 9).- Type 10 Paleoproterozoic Quartz-Pebble Conglomerate U Deposits (Fig. 10) (also referred to as Oligomictic conglomerate or
Lower Proterozoic conglomerate or Paleoconglomerate or Modified paleoconglomerate type).- Subtype 10.1 Monometallic (or U-dominant with REE) U Deposits (Elliot Lake type).- Subtype 10.2 Polymetallic Au with U Deposits (Witwatersrand type).- Type 11 Surficial U Deposits (Fig. 11).- Subtype 11.1 Duricrusted Sediments (also referred to as Calcrete, Silcrete, Groundwater-calcrete, or Valley-calcrete type) (Russian Terminology: Exogenic infiltration; Ground-oxidation).- Subtype 11.2 Peat-Bog (Flodelle Creek type).- Subtype 11.3 Karst Cavern (Pryor-Little Mtns. type).- Subtype 11.4 Surficial Pedogenic and Structure Fill.- Type 12 Intrusive U Deposits (Fig. 12).- Subtype 12.1 Alaskite U Deposits (Roessing type).- Subtype 12.2 Quartz-Monzonite/Copper-Porphyry Cu-U Deposits (Bingham type).- Subtype 12.3 Carbonatite Cu-U Deposits (Phalaborwa type).- Subtype 12.4 Peralkaline Syenite U Deposits (Kvanefjeld type).- Subtype 12.5 Pegmatite U Deposits (Bancroft type).- Type 13 Uraniferous Carbonaceous Shale-Related Stockwork Deposits (Ronneburg type) (Fig. 13) (Chinese terminology: Carbonaceous-carbonate-siliceous-pelite type).- Type 14 Uraniferous Bituminous-Cataclastic Limestone Deposits (Mailuu-Suu type) (Fig. 14) (Russian terminology: Exogenic epigenetic infiltration: Vanadium-uranium
deposits in carbonate sediments).- Type 15 Uraniferous Carbonaceous Lutite (Lacustrine) Deposits (Anderson Mine type) (Fig. 15).- Type 16 Uraniferous Organic Phosphorous Deposits (Mangyshlak type) (Fig. 16) (Russian terminology: Exogenic sedimentational- diagenetic; Rare-earth - uranium deposits in clays with fish remains) .- Type 17 Uraniferous Minerochemical Phosphorite Deposits (Idaho Phosphoria and Florida Land Pebble types) (Fig. 17) .- Type 18 Uraniferous Lignite/Coal Deposits
(Cave Hills and Freital types) (Fig. 18).- Type 19 Uraniferous Stratiform Black Shale Deposits (Ranstad and Chattanooga types) (Fig. 19).- Type 20 Uraniferous Synmetamorphic and Contact-metamorphic Deposits (Forstau and Mary Kathleen types) (Fig. 20).- References and Further Reading.- Part II Uranium in Asia - Overview.- China, Peoples Republic of .- Historical Review of Uranium in China.- Principal Characteristics and Distribution of Types of Uranium Deposits in China.- Description of Uranium Provinces, Regions and Districts in China.- Junggar-Tien Shan U Province, Xinjiang Uygur A.R., NW China.- Yili Basin.- Junggar Basin.- Turpan-Hami Basin.- Burqin Basin.- Kashi Depression/Northwest Tarim Basin.- North Tien Shan/Western Edge of Junggar Continental Block.- Yinshan-Liaohe U Province, NE China.- Liaoning U Region (Liadong Block), Liaoning.- Da Hinggan-Yanshan U Region, NE Inner Mongolia A.R. - N Hebei - W Liaoning.- Eren (Erlian) Basin, Central-north Inner Mongolia A.R..- Yingshan Basins, Inner Mongolia A.R..- Ordos Basin, Central-North China.- Qilian-Qinling U Province, Central China.- Longshoushan Uranium Zone, Gansu.- North Qinling Uranium Zone, S Shaanxi-SW Henan.- Lu-Zong Volcanic Basin, Anhui Province.- North Qilian Caledonian Fold Belt, Gansu-Ningxia Huizo A.R..- SW Qinling Metallogenetic Zone / South Qinling Hercynian-Indosinian Fold Belt.- South China Uranium Province.- Granite Dominated Domain/Granitic Complexes and Related U Deposits.- Volcanic Belts and Related U Deposits/Eastern Metallogenetic Domain.- Proterozoic-Paleozoic Terrane and Related C-Si-Pelite U deposits/Western U Metallogenetic Domain.- Mesozoic-Tertiary Basins in South China / Sandstone-Type
U Deposits.- West Yunnan U Province, Yunnan, SW China.- Gaoligong Region.- Lincang Region.- India.- Singhbhum Cu-U Belt, Jharkand.- Meghalaya Plateau, Meghalaya.- West Khasi Hills Region, Meghalaya.- Other Uranium Occurrences in the Meghalaya Plateau.- Meso-Neoproterozoic Cuddapah Basin, Andrha Pradesh, SE India.-Bhima Basin, Karnataka.- E Margin of Chattisgarh Basin/Sambalpur Granite Massif, Madhya Pradesh-Orissa.- Proterozoic Aravalli-Delhi Basins, Rajasthan.- Indonesia.- Remaja-Eko-Efka-Lemajun Rivers Area, Kalan Region.- Rirang River Area, Kalan Region.- Iran, Islamic Republic.- Bafq-Posht-e-Badam Zone.- Saghand Ore Field, Bafq District.- Gachin Salt Plug/Bandar Abbas Region.- Japan.- Tono Ore Field.- Ningyo-Toge Ore Field.- Other U Occurrences in Japan.- Kazakhstan.- Kokshetau Region, Northern Kazakhstan.- Ishimsky Ore Field, Southwestern Kokshetau Region.-Chistopolsky Ore Field, Southwestern Kokshetau Region.- Balkashinsky Ore Field, Southwestern Kokshetau Region.- Grachevsky Ore Field, Northwestern Kokshetau Region.- Altybaysky Ore Field.- Shatsky Ore Field, Northeastern Kokshetau Region.-Koksengirsky (or Zaozernoye) Ore Field, Central-Eastern Kokshetau Region.-Manybaysky Ore Field, Southeastern Kokshetau Region.- Shokay Zone, Olenty-Seletinsk Area, Eastern Kokshetau Region.- Other Uranium Occurrences in the Kokshetau Region.- Pricaspian (or Mangyshlak) Uranium Region, West Kazakhstan.- Karagiin Ore Field.- Chu-Sarysu Basin, South-Central Kazakhstan.- Kenze-Budenovskaya District.- Uvanas-Kanzhugan District.- Syr-Darya Basin, S Kazakhstan.- Karamurun District.- Karaktau District.- Kyzylkol-Chayan District.- Pribalkhash (Lake Balkhash)/Kendyktas-Chuily-Betpak Dala Region, SE Kazakhstan.- Northern Betpak Dala Area.- Central Chuily Area.- Southern Pribalkash Region.- Granitnoye Ore Field.- Ily Region, SE Kazakhstan.-Western Balkhash Basin / Nizhny-Ily Subbasin.- Ily Basin.- Zhalanshiksky Region, Central Kazakhstan.- Turgai-Priyrtish Region, Northern Kazakhstan.- Isolated Uranium Deposits / Occurrences in Kazakhstan (Fig. Kaz 01).- Kyrgyzstan.- Eastern Karamazar-Northeastern Fergana Region, Central-Western Kyrgyzstan.- Tyuya-Muyun District, Southwestern Kyrgyzstan.- Jurassic Coal Basins in Central and Eastern-Central Krgyzstan.- Other Uranium Occurrences in Kyrgyzstan.- Mongolia.- North Choibalsan Region, Dornod Aimag.- Mardai (Dornod) District, Dornod Aimag.- Other Uranium Occurrences/Areas in the North Choibalsan Region.- Berkh Region, Khentei Aimag.-Batnorov Area.- Ulziit - Saikhan-Uul Area.- Dornogovi (Eastern Gobi) Region.- Choir Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Gobi-Tamtsag Region, Dornogovi-Omnogovi-Suhbaatar-Dornod Aimags.- Sainshand Cretaceous Basin, Dornogovi (East Gobi) Aimag.- Pakistan.- Sulaiman Range, Dera Ghazi Khan District, Punjab.- 457.- Bannu Basin-Surghar Range, NW Pakistan.- Other Uranium Occurrences in Pakistan.-Russian Federation, Asian Territory.- Transural Region / Kurgan Area, Asian Russia.- West Siberian Region / Novosibirsk-Kemerov Area, Asian Russia.- Yenisey Region, Asian Russia.- Transbaykal Region, Asian Russia.- Streltsovsk District, Asian Russia.- Vitim District, Asian Russia.- Description of Selected Deposits in the Vitim District.- Central Transbaykal Subregion, Asian Russia.- Aldan Shield Region, Asian Russia.- Elkon District.- Amur and Ussuri Rivers Region/Far East Region.- Khankaisky District.-Bureinsky District.- Okhotsk Region.- Southern Kalyma River Region.- Chukotsky Region.- South Korea.- Tajikistan.- Kuramin Range, SW Karamazar Region.- 546.- Other Uranium Occurrences in Tajikistan.- Turkey.- Menderes Massif.- Koepruebasi-Salihli Basin.- Fakili-Guere Basin.- Kocarli Basin.- Southern Menderes Massif.- Other U Occurrences in Turkey.- Turkmenistan.- Taurkyr Dome, Western Karakum Desert .-Uzbekistan.- Kyzylkum Region.- Uchkuduk or Bukantau District.- Zarafshan or Auminza-Beltau District.- Zafarabad or West-Nuratau District.- Nurabad or Zirabulak-Ziaetdin District.- Kyzylkum Basement Areas.- Altyntau or Bukantau Ore Field.-Auminza-Beltau or Auminzatau Ore Field.- Karamazar Uranium Region, Uzbekistan-Tajikistan-Kyrgyzstan.- Vietnam.- Nong Son Basin, Central Vietnam .- Other U Deposits/Occurrences in Vietnam.- Middle East Countries with Uraniferous Phosphorite.- Bibliography.- Asia.- China.- India.- Japan.- Kazakhstan.- Kyrgyzstan.- Mongolia.- Pakistan.- Russia (Asia and Europe).- Turkmenistan.- Uzbekistan.- Tables Headings: Uranium Deposits in Asia.- Book Part I (Terminology of U Resources).- Book Part II.
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