This standard specifies the classification and codes of radioactive mineral geological terms. This standard applies to China's radioactive mineral geological information system, and also applies to other related fields of radioactive mineral geological work. GB/T 10630-1997 Classification and codes of radioactive mineral geological terms GB/T10630-1997 Standard download decompression password: www.bzxz.net
This standard specifies the classification and codes of radioactive mineral geological terms. This standard applies to China's radioactive mineral geological information system, and also applies to other related fields of radioactive mineral geological work.
Some standard content:
GB/T10630—1997 is a revised version of GB10630—8% Radioactive Material Geological Technical Classification and Code (hereinafter referred to as the original standard). Since its release, the standard has played a positive role in building various radioactive mineral geological information systems across the country and realizing data resource sharing. However, it has also exposed some problems and shortcomings. In order to follow the progress of science and technology and the renewal of concepts, make the content of the standard meet the requirements of scientificity, advancement and applicability, and further meet the needs of radioactive mineral geological work and information system construction: it is decided to revise the original standard. This standard has made major additions, deletions and modifications to the content of the radioactive material standard based on the new achievements in the development of material science and technology and the new requirements of radioactive mineral geological work. This standard adds 1052 technical terms on prospecting, geophysical and geochemical exploration and hydrogeological survey of Sichuan ore, geotechnical and prospecting data processing, environmental protection, radioactive geological treatment, radioactive mineral resource prospecting management, radioactive analysis and testing new technology, and new radioactive minerals discovered in recent years at home and abroad and suitable for my country. This standard deletes 849 terms that are not used in actual use or the concepts are outdated, as well as some common and repeated terms. This standard modifies 373 terms that are not clearly defined and inappropriate. This standard revises the names of 6 of the 12 categories in the original standard. In order to be in line with international standards and the standards of both H and H, radioactive geophysical exploration is changed to nuclear geophysical exploration, and radioactive geochemical exploration is changed to nuclear geochemical auxiliary exploration. The terminology between the levels below human is adjusted. This standard comprehensively reviews and modifies the data values and data positions of the original standard. For data values, except for the reserved 3-digit Arabic numeral code for FH nuclear geophysical exploration, the remaining data values are given 2-digit Arabic numeral codes. This standard is to maintain the code The relative stability of the terms is that the original codes are used for the terms that have not been modified: the added terms are assigned new codes according to the classification: the deleted terms retain empty codes (in principle, they are not used); all the technical specifications adopted by this standard in EJ/T745-93 "Radioactive Mineral Resources Exploration Management Data Collection Format and Code", EJ/T84794 "Radioactive Mineral Resources Prospecting Comprehensive Management Data Collection Format and Code" and EJ/1t:21-1996 "Radioactive Mineral Resources Geological Exploration Basic Research Data Collection Format and Code" are taken and their codes are not included in the corresponding categories! A few codes have been revised. The classification and codes of general geological terms not covered by this standard can be directly adopted (B9649-38 "Classification and Codes of Geological and Mineral Terms". From the implementation of this standard, it replaces GB1063089. This standard is proposed by China National Nuclear Corporation. This standard is under the jurisdiction of the Nuclear Industry Standardization Institute. This standard is the responsibility of the General Administration of Geology of the Nuclear Industry. The main drafters of this standard are Huang Yuzhu, Wu Huishan, Zhao Yunlong, Xue Yuxuan, Zhang Dingfang, Cheng Long, and Liu Zhangyin. This standard is entrusted to the General Administration of Geology of the Nuclear Industry for interpretation. 1 Scope National Standard of the People's Republic of China Geological terms and thelr classification and codes of radioactive mineral resources This standard specifies the classification and codes of terms for radioactive mineral resources. GB/T 10630-1997 Generation G10630—89 This standard applies to my country's radioactive mineral geological information system and other related fields of radioactive mineral geological work. 2 Cited standards The provisions contained in the following standards constitute the provisions of this standard through reference in this standard. When this standard is published, the versions shown are valid. All standards will be revised. All parties using this standard should explore the possibility of using the latest versions of the following standards. Gl9649—88 Classification code for geological terms of radioactive mineral resources EJ/T749-93 Data collection format and code for radioactive mineral resource exploration management EJ/T817~94 Data collection format and code for comprehensive management of radioactive mineral resource exploration engineering EJ/T1021-1996 Data collection format and code for radioactive mineral resource exploration tools 3 Definitions The technical standard adopts the following definitions. 3.1 Modification of geological terms of radioactive mineral resources radiaarlive mineralresources Vocabulary describing the basic attributes and concepts of radioactive mineral geological entities, as well as the vocabulary for further qualitative description of the terminology. 3.2 Data item data item Terminology representing the basic attributes of radioactive mineral geological entities and their superordinate concepts. This standard gives no more than 6-digit code letters to data items. 3.3 Data value datavalue Terminology for further qualitative description of the basic attributes of radioactive mineral geological entities. This standard generally gives 2-digit digital codes to data values. 4 Classification principles and methods 4.1 Radioactive mineral geological terms are divided into 12 categories according to the needs of disciplines and practical applications (see Table 1). Strictly divide the boundaries to maintain the overall systematicity and integrity and avoid internal duplication and overlap. 4.2 Radioactive minerals and radioactive deposits approved by the State Administration of Technical Supervision on December 76, 1997 and implemented on August 1, 1998 Radioactive minerals and radioactive deposits Radioactive measurement base code Nuclear geological survey Nuclear geochemical survey Radioactive hydrogeological survey Radioactive mineral exploration and exploration Geological technology management of radioactive minerals Radioactive mineral exploration data processing Radioactive mineral analysis, testing and identification Radioactive mineral processing and process test Radioactive shielding and handling Radioactive waste disposal 5 Principles of word selection GB/T 10630 This standard recommends the selection of terms required by various radioactive mineral geological information systems. 5.2 The terms used as data items are unique. All synonyms are indicated in the notes. 5.3 The selection of meaningless terms is simple and clear. 5.4 Some outdated and obsolete concepts that are rarely used in actual work are deleted as much as possible. 5.5 Appropriately select some terms that reflect the new direction and new level of discipline development. 6 Code structure and coding method Code range 32~-62 113~137 137~-150 156-168 168~-21 214~-228 228-~243 243-252 The number items adopt a hierarchical structure, generally divided into 5 levels, and coded with no more than 6 letters: The structure is as follows: xx : Sub-category Sub-category The main category takes the Chinese phonetic letters that reflect the meaning of the category as the code, which has a certain readability, and the letter represents radioactivity, which is compatible with GB9649. The medium category, sub-category, sub-category and sub-sub-category are arranged in order of letters A to Z. 6.2 The data value is an Arabic numeral code, and its length is generally 2. It should be a sequential code or a series sequential code. 6.3 In order to ensure the systematic and completeness of the terms, a few terms may appear repeatedly. In this case, their codes are represented by \..” in the data items. The data value is represented by “. ·\”, and the original code is placed in the remarks column. 6.4 The code structure example is as follows: Detailed category Data value Granite uranium ore Uranium ore type Corrosion ore -Uranium ore special Radioactive ore deposit Radioactive minerals and radioactive deposits 7 Classification and code table GB/T 10630 -- 1997 Radioactive mineral geological terminology classification and code table setting code,Four headings of terminology, corresponding terms and notes# Data item Data value Radioactive minerals and radioactive minerals Radioactive extensions Uranium minerals Simple oxides of uranium Crystalline pyroxene Pitchfork uranium Residual uranium black Golden pitchback ore Tetravalent uranium Complex oxides Titanium uranite Orthorhombic titanite Lanthanite Betaite Wonderful platinum uranite Molybdenum uranite Brown tongs ore Puranium uranite Uranium complex rare gold furnace Uranium silicate Uranium phosphate Uranium hydrophosphate||tt ||Rare phosphorus furnace uranylamine oxide column clamp ore yellow calcium uranium code" yellow potash clamp ore yellow barium uranium ore yellow potash calcium uranium ore yellow potash calcium strontium uranium ore green uranium ore yellow uranium ore red diamond clamp ore plate lead uranium agent orange-red axis ore copper Uranium shovel barium uranium ore creative ore calcium uranium tip fiber-bismuth clamp ore sodium uranium ore water spot uranium ore water silk uranium ore water pitch uranium ore English corresponding words Ridiouctive minerals and radloactive nineral deposit Radinactive minerals Iranium mincrals Sirrple tetravalent ureriun axictesUraninite Pitchblende Relict uraniun black Thorium-bcaring pitehblende Camplex 1eiravalen uraiut DxidesBranncritc||tt| |Orthobranner:te Davicite Belafite Pelsr:hekitc: Liandratite Sedovite Mourite Uranopol yerase Tetravalent uranium silicateCoffinite 'Fetravalent. uzanium. phosphatesNingyoite | ||Vandendrieasrheite Wolsendorfite Curite Masuyite Roubaultite Bauran aile Caltsuranoite Mctacalisuranoite Liranosphaerite Clarkeite Ianthinite Suudite Hycronasturan Data item Data value Water pliers Variation of water silk uranium Pu barium uranium Drill steel ore Axyl silicate Silicon calcium uranium ore Beta silicon calcium uranium ore Silicon magnesium uranium ore Silicon copper uranium ore Silicon barium ore| |tt||Silicon-lead uranium ore Silicon-potassium uranium ore Silicon-uranium ore Shang silicon-potassium clamp ore High silicon calcium axle ore Calcium water silicon bell ore Magnesium water silicon axle ore Silicon-sodium uranium ore Silicon-potassium aluminum clamp ore Silicon diamond button ore Si silicon uranium ore Fine acyl phosphate| |tt||Calcium uranium mica Changes to calcium cloud boat Copper uranium mica Changes to copper uranium mica Bismuth clamp mica Changes to barium button mica Magnesium uranium mica Aluminum uranium mica Changes to aluminum uranium cloud disk Manganese uranium mica Iron clamp mica Lead aluminum mica||tt ||Uranium mica Sodium uranium mica Metapotassium axial mica Ammonium clamp mica Uranium phosphate Huanglin lead sodium ore Granulinite Hydroxylin lead axial mica Uranium phosphate Phosphorite Pseudocalcium mica Wurong mine Uranium phosphate GB/T10630—1997 English corresponding words Urgite Metastudtitc Protasite Sayrite Uranyl silicetes | ursilite Magmesiumursilite Soliun bolt woudite Uranosilite Oursinite Swamboite Uranyl phosphates | tt||Prrhevalskite Chernikovite Sodium autunite Metaankoleite Uramphile Phosphurany.ite Renardite ewinatite Dumontite Kivuite Parsosite Phurcalite Bergenite Pseudoautunile Furongite Vyacheslavite Furongite Data Item Data Value Phurcalite Phurcalite Phurcalite Phurcalite Phurcalite| |tt||Phosphorus manganese uranium ore" Yingjiang Chuang Mine Phosphorus iron uranium ore Phosphorus neodymium fine ore British phosphorus lead uranium agent Uranium yl arsenate Arsenic mica Calcium clamp Cuisha copper mine Arsenic axis Magnesium arsenic uranium cloud Dan Magnesium arsenic Chuang mica Sodium monument tin mica Potassium arsenic uranium cloud disk Barium arsenic clamp cloud Arsenic uranium debi Cobalt arsenic axis mica Iron arsenic axis mica Zinc arsenic uranium cloud year||t t||Arsenic pliers mica Hydrogen arsenic pliers cloud call Broken uranium ore Broken calcium shovel Shenzuan ore Oblique broken diamond ore Broken pliers ore Complex arsenic magnesium uranium ore Uranyl vanadate Vanadium calcium axis brick Metavanadium calcium ore Wa barium uranium ore Lead uranium ore Vanadium sodium ore Vanadium cobalt uranium ore Vanadium potassium shovel Vanadium aluminum uranium ore Metavanadium aluminum ore Vanadium uranium base Red vanadium calcium etchant Vanadium Lithium uranite Axyl carbonate Carbonate Hydrocarbonite Carbonate Black magnetic calcium ore GB/T10630-1997 English Correspondence Tlrichite Althupite Lehnerite Yingjiangite Vochtenite Francoisite Morcanite Uranyl arsenates Lratrspinitc Metauranoxpinite Zennerite Metazcunerite Novacekile Metanuwacekite Sodiun uranuspinite Abernathyite Heitrichite Metaheinrichitc Metakirchheimeritu Metakahleriie Metaludevite Arscnuranospalhile Hydrogen-urunospinite Trocgerite||tt ||Arsenurunylite Hucgelite Hallimondite Waipurgite Seelite Uranyl vanadates Tyuyamunile Metal yuyumunitc Frucevillite Curitnite St relkinite Vanuranylie Carnotite Vazuralie Melnvanuralite Surgierite Uvaniie Rauvite Ferghanite Margaritasite Uranyl curbonales Rutherfordine: Sharpite Jolitite /Wyartite Data Value Data Item Black Carbonite Carbonite Metacarbonite Carbonite Carbonite Carbonite Carbonite None Carbon calcium uranium ore Carbon calcium uranium zinc ore Carbon calcium rare earth uranium ore Rare upper carbon uranium ore Carbon neodymium yttrium uranium ore Cyanide sulfate Potassium uranium alum Sodium uranium alum Cobalt uranium alum Nickel uranium alum Zinc uranium alum Water vegetable uranium ore B water sulfur ore Calcium uranium alum Uranyl salt Molybdenum uranium ore Molybdenum magnesium uranium ore Molybdenum calcium uranium ore Molybdenum sodium uranium ore Biamolite Tengjianite Molybdenum copper uranium Ore Axyl selenite Lead-copper-uranium ore Selenium ore High-selenium copper-uranium brick Selenium-copper donkey Selenium-uranium ore Axyl selenite Tellurium-lead uranium ore High tellurium ore Tellurium contact ore Axyl sulfide carbonate Uranium carbonate GB, T10630199 English corresponding words Parawyartite Zellerite Metazelleritc Bayleyite Swartzite | locyanile Kamafoite Ueanyl sulphates Zippeite Sodiun zippeite Cuball zippeite Nickel zippeite Zinc zippeite Uranopilite Beta-uranopilite Johannize Rabejacite Lranyl malybdates||tt| |Umohaite Magesium umohoitc Calcurmolite Sodium umohoite Iriginit: Moluranite Tengchongite Deloryite Uranyl selenites Demes maekurite Guilleminite errikxitr Marthozite Haynesite Uraryl tellurites Moctezumite Clitfordite Schmitterite Lranyl sulphale-carbonates Sebruekingerite Data item Data value Uranyl acid-phosphate Zhejiang Qiang Mine Iron-lead-sulfur Phosphate saw ore porcelain phosphorus iron ore uranyl wall salt Jinluo calcium clamp acyl arsenate-phosphate Arsenic, phosphorus, aluminum, uranium Phosphorus, arsenic, lead, bismuth ore Uranyl magnetic slow-base salt Rare silicon-carbon ore To be complete Uranium Yiwei Uranium-containing colloid ore Pyrite Molybdenum-containing colloid sulfide-molybdenum ore Copper-containing alphite High Ridgestone Uranium-containing filter well stone Water-containing cloud Containing opal Containing uranium jade hoop Containing Chuangkui iron furnace Containing uranium kongzhao stone Containing chain alum stone Containing chain sharp diamond ore|| tt||Containing rutile Containing uranium graystone Green layer cerium titanium ore Lengshi pyrochlore Containing uranium lead Crane Saw shovel yellow code fine product Black rare gold deposit Borrerystal fluorite Borrerystal calcite Aureobasidium chlorite Oxidation of needle minerals Material Guanping Stone Iron Needle Stone Iron Zirconium Cloth" Titanium Cylinder Ore Lead Uranium Needle Ore Needle Silicate Uranium quartz GB/T 10630— 1997 Charcoal equivalent L.ranyl sulpha phosphalts Xiangjisngite Caconinniie Trisiramic Uranyi lungstute||tt ||L'r.otungstitt. Lranyl arsenmatephosphates Kamitugeite Asseibornite Lrisiyl tarbeate-silitaes Lepcrsonite Metin U bearing mincrals U-bearirg collophane U-hesring pyrir U-bearing jurdisite TI-bearing nllopha:: U-hearing kaolinite U- bcaring dickite U-bearing hydreiniea U-tearing opal E.-bearing chelereeuy| |tt||L bearing siderite E-bearing malachite ti-bearing aJunmstome Li bearing analunt. U-besring ratile U bcering apatile Rirkalite U bearing pyroehlor J hearirg zircon Feigusonite Formanise Microlite Acschynitt. Tantulite Euxenite L-bearing fluorite.|| tt||UT-bearing calite : l-bearing rhlorite Thorium minerals Thoriur: oxides Thntianila Thurutite Zirk -lite Yttrocras:te Aleiartitc Thurium silirutes Thurite Uranthorite Data item Data value FKBAAA FKBAAB FKRAAC FKBAAD Phosphate of iron needle stone Clinophorite Hydroxy-sylphite Phosphate of hydrophosphate lead needle stone Radioactive deposit Uranium deposit Genesis type of dynamic deposit Endogenous uranium deposit Magma Type Zhao deposit Contact metasomatic axis deposit Hydrothermal uranium deposit Volcano-thermal Xiao-type clamp ore beads Volcano-sedimentary uranium deposit Wainiulian deposit Shenke type uranium deposit Sedimentary diagenetic type uranium deposit Hydrogenetic uranium deposit Weathering crust type uranium deposit Lin Accumulative platinum deposit Evaporative uranium deposit Song Metamorphic uranium deposit Metamorphic axis deposit Ultra-metamorphic bell shovel deposit Metamorphic Hydrothermal sodium ore Qing GB/T 10630--1997 English equivalent Ferrithorie Huttonite Thorogummite Thorium phosphates Gayitt Rudioactive ore depcsit Uraniun deposit Genetic types of uranium depositEndogenic uraninm deposit Magmatie: type uranium dcpositContact-metasomatic type uranium depasid Hydrothermal type uranium depositVolcanogenie: hydrothermal type uranium depos.t ||tt | uraniutm depasitInfiltration type uranjum depositEvaparation typc ranium depositMetamorphic lype uranium depositMelalrorphosed type uranium deposilUitrametamcrphic type uranium deposit Melatiorphie hydrathermal type urani-sedimentary metamorphic axis deposit other genetic types of uranium deposits Maiyuan complex type sodium deposit superimposed remodeling bed complex multi-stage uranium deposit Stratabound uranium deposit Axis deposit industrial type Igneous rock type uranium deposit Granite type platinum deposit Porphyry type axis deposit alkaline rock type deposit mixed granite type uranium deposit Weipinhao type platinum deposit um deposit Seditmentary-metamorphic type urani-urn deposit Other genetir. rypes of uraniutn depositUraniuni deposit of multiple saurce andpolygenesis type Superimposed reworking type uraniumdeposit Uraniurr deposit of mulliple geuesis-multiple stage type Stratabuud type uraniun depositCommercial types of uranium depusitMagmatite type uranium depositAlaskite type uraniumn depositPorphyry type uraniuin depositAlkalic rock lype uraniun depusitIMigmatitic graniteAype uranium deposit Pegmatite type uranium deposit remarks data variable data value silica type uranium deposit granite uranium shovel bed GB/T 70630 1997| |tt||English word Skarn iype urunium depusit Granite typc uranium deposit micro-quartz type platinum deposit siliceous vein type uranium depositWww.bzxZ.net fracture altered rock type sodium deposit granite outer zone type pyroclastic deposit alkali Metasomatic ore deposit Volcanic rock deposit Igneous lava uranium deposit Subvolcanic rock axial deposit Microcrystalline porphyry uranium deposit||tt| |Volcaniclastic type uranium deposit Volcaniclastic sedimentary type uranium deposit Sandstone type uranium deposit Microcrystalline quartztype uranium deposit Siliceous vein type lranium depositCalaclastir: aliered rock type uraniumdeptssit Granite exoconiact zone type uraniumdetosit Alkalic-metascimtie type: urarniurn de-posit Volcanic rock ty pe uraniurn depusitVolcanie laivu type uranium deposiSuh-voleanic ruek tyne uranium depositMiururrystalline granite-porphyry 1ypeuraniurn depnsit Pyroclastic rack lype uraniunr .deposilPyroclaslic: sedimcntary roek type uranium deposit Sandstone type uranium depasit interlayer oxidized zone type sandstone uranium deposit, Interlaycr oxidized zone lype sandstone bed Guhexiao sandstone uranium deposit Uranium-bearing coal-type uranium deposit Asphalt-bearing conglomerate-type uranium deposit Conglomerate-type steel shovel bed||tt| |Humus-bearing sandstone-type uranium deposit Carbon-silicon mudstone-type bell deposit Black material-type bell deposit Carbonate-type sodium deposit Thin-layer carbon-silicon mudstone type deposit marl-type uranium deposit phosphorite-type axis deposit quartz-type deposit strain-uranium type deposit unconformity Vein-type sodium deposits including Zhibaigui-type alumina deposits except Qixilu rock-type alumina deposits [calcium conglomerate-type alumina deposits weathering crust-type tweezers Mineral Fruit uraniun deposit Palcochannel type sandstone uraniumrlesit Uraniferous coal type uranium depositBituminous sandy-conglomerate type u.ranium depasit. Sandy-cungloricrate lype urarium de-posit Uriniferous humus sandstone type ura-nium deposil Carbonate-siliccous pelitic rock type u-ratiur. deposit Black shale type uraniur. ||Marl rype uranium deposit Phaspharite type uranium depusitQuartzite type uran.um depositIron-lraniurn type ceposit. Uncunformity type Jranium depositIIron-bear.ng quartzite type uraniutn deposit Uranium and gold-hearing conglomeratc type uraniun deposit Calerete lype uranium depositWeaiheting crust type uraniurn depositRemarks Number of data values GB/T 10630-- 1997 English Corresponding Words Pegmatite Granite Type Deposits Siliceous Breccia Type Deposits Concrete Type Uranium Deposits Deposits Rain Rock Alteration Alkaline Interchange Steel Metasomatism Albasite Flower Alkaline Pyroxiteization Kermitization Steel Amphiboleization Potassium Feldsparization Orthoclase Microcline Felsopyrite Cryoliteization Muscoviteization Rope Mica Governite-Hydromicaization Dipiantization Kaolinite Montmorillonite Alumite Viscosity Nepheline Heatite Chlorite Rosparite Hematite Pyrite Lippite Yellow iron quartz Chalcedony Eggstone Impalite Greeminite Electrification Carbonation Calcitization Domelitite Green panite Metaandesite Serpentinite Zeolite Barite Collophane mineralization Pegmatite: eranite 1ype uranium depasit Silirie hreceia type uranium depositGypcrete ly urariutn deposilWallrockalterationofuraniumdepusitAlkalic metasormatism Sodic metasomatism Alkalinepyroxenization Aegirinization Osannitization Polashfrldspathizr.lion Orihoclasization Microlinization Adularization Mustovitizationl Sericitization llite-hyd rurnicuzatiort Dickitization Kaolinization Montmorillonization Alunitization Clayization Arsillization Nephelinization Bintitization Epidotizaticn Chloritizaxion Fluoritization Red-colour alteration Hemutitization Pyritization Marcaritization Berasitization Sihieificatian Chalcedonization Opalizatian Jaspcroidization Greiscnizutior Tour malirization Carbonatization||t t||Cakiization Dolomitization Propylitizatiun Meta-andesitization Serpentiniza tit:n Zeolitization Barinization Cullophanization Data item Data value Fading Alkalineamphibolization Skarnization Sodium skarnization Decarbonization Mineral paragemetic assciation of uranium shovel beds GB/T 10630 -- 1997 Corresponding words Derolnrization Alkalineamphibolization Skarniaa:ion Saussuritization Decarbonizatinn Mineral paragemetic assciation of Pitchblende-microcline-hcmatite Association Assarialion pitehblende-albite pitchblende jordisitc Association of pitchllende.Co,Ni arsenide quartz Associatjon cuarlz pitchblende-pyrite- Association ol pitchblende Cu, Ph, Zn sulfide association Lakkenite-chalcopyrite association Pitchforkite-chalcopyrite association Pitchforkite-apatite association Lakyou uranium ore (uranium stone) quartz- sulfide association Pitchforkite-sericite association Pitchforkite (cobaltite) chalcedony Lakinite-cinnabar-chalcedony group Lakxingite-hematite-mucilage Mineral association Pitchforkite-calcite nephrite Pitchforkite-dongshi sulfide Crystalline uranium ore-cobalt, nickel arsenide Titanium uranium ore-hematite biotite Crystalline uranium ore-allantite group sulfide I Association of pichhlende chloriteAssociatiun cf pitchblende-chalcopyriteAssociation of pitchhlende-apatiteAssociatiun o:pitchblende (coffinie)quartz sulfide Association nf pitrhblende-sericiteAssociation of pirchblende (coffinite)chalcedony Associationof f pitehblende-cinnahar chalcedony Association f uraninite Co, Nisenide||tt ||Association of brannerite-hematitc-bi.otite Asaoriation of uraninite-allanite crystalline uranium ore-magnetite-hematite Assurixtion ore group titanium uranite-zircon-apatite lanthanum Platinum-ilmenite-ilmenite-black Remove the mother group Asphalt axis ore-collophane combination Leak sound uranium code-wolframite combination||tt| |Quality ore natural gold combination Asphalt clamp ore-galena combination hematie raninite magnelite- Association of brannerite-zircct-patiteAssociation of daviditc-ilmerite- BiotiteAssociation of pitch-blend collophaneTAsuccession of pitch-blendc-wolframiteAssociation of uraninite-nalive guldAssociation of Pitchblend galenaRemarks Tip: This standard content only shows part of the intercepted content of the complete standard. 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