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The terminology classification codes of geology and mineral resoures--The prospecting and exploration of solid mineral resources
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GB/T 9649.32-2001
Standard Name:The terminology classification codes of geology and mineral resoures--The prospecting and exploration of solid mineral resources
This standard specifies the data items and text values of the subject of "solid mineral prospecting and exploration", including the classification of mineral resources, the division of geological work stages, the survey and exploration methods of solid minerals, the types of exploration, the types and methods of sampling, the calculation of reserves, the types of ore, the geological cataloging, the requirements of the mineral industry, etc. This standard is applicable to the construction of various geological and mineral information systems, determines the database standard system and data dictionary, is the basic standard for the formulation of various geological data file format standards, and provides a technical basis for the exchange and sharing of information. GB/T 9649.32-2001 Classification code of geological and mineral terms Solid mineral prospecting and exploration GB/T9649.32-2001 standard download decompression password: www.bzxz.net
This standard specifies the data items and text values of the subject of "solid mineral prospecting and exploration", including the classification of mineral resources, the division of geological work stages, the survey and exploration methods of solid minerals, the types of exploration, the types and methods of sampling, the calculation of reserves, the types of ore, the geological cataloging, the requirements of the mineral industry, etc. This standard is applicable to the construction of various geological and mineral information systems, determines the database standard system and data dictionary, and is the basic standard for formulating various geological data file format standards, providing a technical basis for information exchange and sharing.
Some standard content:
ICS35.040 National Standard of the People's Republic of China GB/T9649.32—2001 The terminology classification codes of geologyand mineral resources--The prospectingand exploration of solid mineral resources resources2001-04-29 Issued People's Republic of China General Administration of Quality Supervision, Inspection and Quarantine 2001-12-01 Implementation GB/T9649.32—2001 Classification principles Word selection principles Coding methods Use and management Code table content settings Solid mineral survey and exploration term classification code table 8 Appendix A (Standard Appendix) Explanation on the scope of classification word selection GB/T9649.32--2001 Informatization in the field of geology and mineral resources has emerged in countries around the world. my country should catch up with the world's advanced level, introduce modern information technology, and develop my country's information resources to ensure the realization of information sharing between various information systems to be built. In 1985, the national standardization department approved the establishment of the project to formulate the national standard "Geological and Mineral Terminology Classification Code", which was approved and issued in 1988. The content of GB/T9649-1988 "Geological and Mineral Terminology Classification Code" is mainly to combine geological and mineral production, scientific research, various geological phenomena, collect various types of relevant information involved in the attribute and the terminology used for qualitative description of attribute characteristics. In order to facilitate application and division of labor in compilation, and avoid duplication and omission of content, subject classification is used for compilation. After consultation, appropriate division of labor is made for the overlapping parts between subjects to ensure the overall systematicity, integrity and uniqueness. Character codes are given to terms used as data items (attributes), and a coding scheme combining surface classification and line classification is adopted, which can maintain uniqueness and have sufficient room for expansion. There will be no duplicate codes when supplemented as needed by the application. Terms used as text values are generally coded with numbers, which is conducive to storage and retrieval, saving space and improving processing speed. After five years of application, GB/T9649-1988 was revised in 1993 according to user requirements. Due to actual needs, only some disciplines are revised in this revision, and a series of standards are adopted to facilitate user use and future revisions. In order to maintain the stability of the standard, the principle of this revision is to keep the overall structure, word selection scope, classification principles, word selection principles and coding methods unchanged, and the original term code is kept as unchanged as possible, and its content is appropriately supplemented and modified. The 32nd discipline of GB/T9649-1988 "Geological and Mineral Terminology Classification Code" is "Solid Mineral Survey and Exploration". This standard is a revision of the "Solid Mineral Survey and Exploration" part of GB/T9649-1988 "Geological and Mineral Terminology Classification Code". Since the release and implementation of GB/T9649-1988, the former Ministry of Geology and Mineral Resources has successively established database systems such as "National Mineral Reserve Library", "Solid Mineral Exploration and Evaluation Automation System", "Mineral Point (Bed) Database", and "Geophysical and Geochemical Anomaly Database". In order to keep pace with the international standards in geological exploration and mining, the national standards for the classification and classification of mineral reserves in my country have been re-established according to the international standards for the classification and classification of mineral reserves. In order to maintain coordination and consistency with them and meet the current practical application, relevant content should be added. According to the needs of the construction of the geological and mineral information system and the new development of the discipline, this revision mainly involves the following aspects: comprehensive research on ore deposit geology, reserve calculation methods, resource prediction, new classification of solid mineral resource reserves, ore quality parameters, etc. This revision adds, deletes and modifies more than 270 items, including more than 230 new terms. Appendix A of this standard is the appendix of the standard. This standard is proposed by the Ministry of Land and Resources. This standard is under the jurisdiction of the China Institute of Standardization and Information Classification and Coding. This standard is organized and drafted by the China Institute of Geological and Mineral Information. This standard is managed and maintained by the China Institute of Geological and Mineral Information. The main drafters of this standard are Wu Zhongyu, Chen Chunzai, Fu Yikai, Ma Deyao, Zhao Jingman, and Fan Zhankui. GB/T9649-1988 was issued on July 8, 1988. Part 32 of GB/T9649-1988 was revised for the first time on April 29, 2001. 1 Scope National Standard of the People's Republic of China Terminology Classification Codes of Geologyand Mineral Resources-Theprospectingand exploration of solid mineral resources The terminology classification codes of geologyand mineral resources-Theprospectingand exploration of solid mineral resourcesGB/T9649.322001 Partially replaces GB/T9649-1988 This standard specifies the data items and text values of the subject of "Solid Mineral Prospecting and Exploration", including the classification of mineral resources, division of geological work stages, solid mineral prospecting and exploration methods, exploration types, sampling types and methods, reserve calculation, ore types, geological cataloging, mineral industry requirements, etc. This standard is applicable to the construction of various geological and mineral information systems, determines the database standard system and data dictionary, is the basic standard for formulating various geological data file format standards, and provides a technical basis for information exchange and sharing. 2 Definitions This standard adopts the following definitions. 2.1 Data item: refers to the term that reflects the basic attributes of various geological entities and their upper-level concepts. 2.2 Text value: refers to the term used to make a specific qualitative description of the basic attributes of geological entities. 3 Classification principles 3.1 This standard adopts the face classification method according to the principles of easy compilation and use and minimizing code redundancy while leaving room for expansion, and divides geological science into 35 major disciplines, and strictly divides the boundaries to maintain the overall systematicity and integrity and avoid duplication and overlap of content. 3.2 A three-level tree classification is adopted under the major categories, from medium category, small category to basic data item name. The content levels of each discipline are different, and can be less than three levels. Under the condition that the coding capacity allows, it can also be divided into four levels. 3.3 Classification at all levels is scientific, systematic and universal. 4.1 Objects of word selection: terms that may be used as data items in various geological and mineral databases (including upper-level concepts of data items selected from the classification sense), as well as terms used to qualitatively describe the text values of data items. The selected terms are consistent with the current relevant national standards, and try to refer to the current various geological work specifications. 4.2 Terms used as data items are unique in this standard. All synonyms are marked in the remarks column for reference, but they shall not be used when building a database. 4.3 The word selection strives to be simple, clear, and unambiguous. Fully consider the needs of establishing a database. 4.4 In order to ensure the integrity and systematicness of the "Geological and Mineral Terminology Classification Code" and avoid duplication, no more people will be selected from the content already included in the basic disciplines and applied disciplines, and only the unique content of emerging disciplines and marginal disciplines will be selected. For instructions on the scope of classification word selection, please see Appendix A (Appendix to the standard). Approved by the General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China on April 29, 2001, implemented on December 1, 2001 GB/T 9649.32—2001 4.5 Appropriately select some terms that reflect the new direction and new level of discipline development. 4.6 For the convenience of use, individual data items with high frequency of use can appear repeatedly in different disciplines, but they must be encoded with a unified code to ensure the uniqueness of the code. There can be a small amount of duplication of text values under different data items. 5 Coding method 5.1 Data items are encoded with no more than six Latin characters (uppercase), generally divided into four levels. The structure is as follows: XX Major category, subcategory, subcategory data item Major categories take the Chinese phonetic initials of two Chinese characters that can reflect the meaning of the category as the code, which has a certain readability. For example, "structural geology" takes "GZ" as the code. The following is a tree-like nested format. The middle and small categories are arranged in alphabetical order from A to Z. The last two digits are basic data items, which are relatively large in number and are arranged in the order of AA to ZZ. If there is a need for classification and there is enough room for expansion, the last two digits can also be divided into two levels. 5.2 Text values are generally coded digitally, and their length is determined by the needs of classification, the number of text values and the margin for expansion. They should be shortened as much as possible to reduce the margin. When text values are graded, digital hierarchical nesting is used, and the text value codes under the same data item are equal-length codes. Some text values (such as chemical elements, strata, etc.) continue to use the original international or domestic universal character codes. 6 Use and Management 6.1 Usage: This standard is provided in both written and magnetic media forms. Users can select the required terms and their codes from various disciplines according to their respective database construction purposes as the data dictionary of their respective systems. 6.2 If the content of this standard cannot meet a certain need, you can propose the content to be supplemented and report it to the standard management unit for supplementation in the corresponding discipline, and give a code for use. It is not allowed to add words or codes on your own. In this way, you can meet the needs and maintain the stability of the standard. 7 Code table content settings In order to meet the needs of database construction and international communication, the classification and code table has four columns: code, Chinese name, English translation (paleontology is Latin name) and notes. 8Classification code table of solid mineral survey and exploration termsSolid mineral survey and exploration Chinese name Solid mineral survey and exploration Mineral resources Degree of geological work Stages of mineral exploration Mineral survey Exploration of mineral deposits Requirements for mineral industry Minerais Mineral resources Reserves English translation Intensity of geological activitiesStages of prospecting and exploration ofmineral re-sources Prospecting of mineral resourcesExploration of mineral depositsSampling Documentation Industrial requirements for ores Remarks Solid mineral survey PKAABA PKAABB PKAABC PKAAHA PKAAHB PKAAHC Chinese character name Mining area utilization Mineral classification Mineral name Major minerals Secondary minerals Associated minerals Mineral classification Non-fuel minerals Fuel minerals Body minerals Liquid minerals Gas minerals Ordinary minerals Special Minerals Metallic Minerals Non-metallic Minerals Energy Minerals Industrial Raw Materials Minerals Fuel Minerals Solid Fuel Minerals Liquid Fuel Minerals Gas Fuel Minerals Metal Minerals Ferrous Metal Minerals Non-ferrous Metal Minerals Base Metal Minerals PKAAHD Precious Metal Minerals PKAAHE PKAAHF Light Metal Minerals Heavy Metal Minerals Rare Metal Minerals PKAAHG PKAAHH Rare earth metal minerals PKAAHI PKAAHJ PKAAIA PKAAIB Rare metal minerals Radioactive metal minerals Non-metallic minerals Ordinary non-metallic minerals Special non-metallic minerals Industrial raw material minerals PKAAKA Smelting raw material minerals PKAAKBFlux raw material minerals PKAAKCRefractory minerals PKAAKDMold raw material minerals PKAAKE PKAAKF Chemical raw material minerals Fertilizer raw material minerals GB/T9649.32—2001 Solid mineral prospecting and exploration English translation State of mine use Classification.of mineral resourcesNames of mineral resources Main resources Second resources Associated-paragenetic-mineralsNonfuel resources Fuel resources Solid resources Liquid resources Gaseous resources Ordinary resources Special resources Metallic resources Nonmetallic resources Resources for energy source Resources for industrial materialsSolid fuel resources Liquid fuel resources Gaseous fuel resources Ferrous metals resources Nonferrous metals resources Base metals resources Precious metals resources Light metals resources Heavy metals resources Rare metals resources Rare earth resources Dispersemetalsresources Radioactive metals resourcesOrdinary nonmetallic resourcesSpecial nonmetallic resourcesSmelting raw material resourcesFlux raw material resources Refractoryrawmaterial resourcesFoundry raw material resourcesRaw material resources for chemical industryRaw material resources for chemical firtilizer备注 铁及铁合金矿 稀有元素矿产 稀土元素矿产 分散元素矿产 放射性元素矿 PKAAKG PKAAKH PKAAKI PKAAKJ PKAAKK PKAAKL 汉字名 水泥原料矿产 玻璃原料矿产 陶瓷原料矿产 光电原料矿产 建筑原料矿产 铸石原料矿产 PKAAKM矿物颜料矿产 矿物磨料矿产 PKAAKN PKAAKO PKAAKP PKAAKQ PKAAKR PKAAKS PKBAAA PKBAAB PKBAAC PKBAAD PKBAAE PKBAAF PKBAAG PKBAAH PKBAAI PKBAAJ PKBAAK PKBAAL PKBAAM PKBAAN PKBAAO PKBAAP PKBAAQ PKBAAR PKBAAS PKBAAT PKBAAU PKBAAV PKBAAW 矿物填料矿石 宝石及玉石矿产 工艺材料矿产 矿物涂料矿产 药用原料矿产 矿产资源 矿产资源分类 资源量 资源预测 矿产资源分类 矿产资源常用分类 矿产资源国际分类 矿产资源常用分类 金属矿产资源 非金属矿产资源 煤炭资源 石油及天然气资源 核能资源 地热资源 水资源 总资源 查明资源 未经发现资源 经济资源 次经济资源 探明资源 测定资源 推定资源 推测资源 假定资源 假想资源 准边界资源 边界下资源 确定资源 暂定资源 潜在资源 矿产资源国际分类 GB/T9649.32—2001 固体矿产普查与勘探 英译名 Cement raw material resourcesGlass raw material resourcesCeramic raw material resourcesPhotoelectric raw material resourcesConstruetion material resourcesRaw materials resources for cast stonePigment mineral resources Abrasive mineral resources Filler mineral resources Gemstone and jadestone resourcesTechnological material resourcesMineral paint resources Mineral raw material resources for medicial useClassification of mineral resourcesQuantityof mineral resourcesPrediction of mineral resourcesCommon classification of mineral resourcesInternational classification of mineral resourcesMetallic mineral resources Nonmetallic mineral resourcesCoal resources Oil and gas resources Nuclear energy resources Geothermal resources Water resources Total resources Identified resources Undiscovered resources Economic resources Subeconomic resources Demonstrated resources Measured resources Indicated resources Inferred resources Hypothetical resources Speculative resources Paramarginal resources Submarginal resources Defined resources Conditional resources Potential resources 查明的次经济 PKBABA PKBABB PKBABC PKBABD PKBABE PKBABF PKBABG PKBABH PKBABI PKBABJ PKBABK PKBABL 实地资源 R-1级资源 汉字名 R-1E亚级资源 R-1S亚级资源 R-1M亚级资源 R-2级资源 R-2E亚级资源 R-2S亚级资源 R-2M亚级资源 R-3级资源 R-3E亚级资源 R-3S亚级资源 R-3M亚级资源 PKBABM 资源量 资源总量 查明资源量 预测资源量 E级资源量 F级资源量 G级资源量 近期有效资源量 资源预测 预测目的 预测矿种 预测地区 预测范围 预测面积 预测方法 预测比例尺 预测日期 预测单位 预测成果 预测远景区 预测深度 预测条件 储量的分类和分级 储量计算 储量计算方法 储量计算基本参数 储量计量单位 储量计算边界线 储量计算结果 储量报批 储量变动 储量比例 GB/T9649.32—2001 固体矿产普查与勘探 英译名 In situ resources CategoryR-1 Subcategory R-1E Subcategory R-1S SubcategoryR-1M CategoryR-2 Subcategory R-2E Subcategory R-2S Subcategory R-2M Category R-3 Subcategory R-3E Subcategory R -3S Subcategory R-3M Total amount of resources Identified anount of resourcesPredictive amount of resourcesAmount of resource class E Amount of resource class F Amount of resource class G Effective resource amount in the near futurePrediction aim Predicted mineral classes Predicted district Predicted range Area of predicted district Predicting method Predicting scale Predicting date Predicting organization Predicted conclusion Predicted prospective area Predicted depth Predicting condition Categories or classes of reservesCalculation of reserves Method of reservecaculation Basic parameters for reserve caleulationsUnits for reserve calculationsBoundaries for reserve calculationsResults of reserve calculationsDeclaration and ratification of estimated reservesDynamic state of reserves Ratio of reserves 原地资源 总资源量 E级储量 F级储量 G级储量 PKCAAA PKCAAB PKCAAC PKCAAD PKCAAE PKCAAF PKCAAG 储量精度 储量误差 矿产储量表 汉字名 固体矿产资源储量分类(1999)固体矿产资源储量分类依据 储量的分类和分级 储量类别 储量级别 可采储量系数 储量类别 能利用储量 暂不能利用储量 工业储量 开采储量bzxz.net 设计储量 远景储量 地质储量 PKCAAH 经济储量 PKCAAI PKCAAJ PKCAAQ PKCAAR PKCABS PKCABT PKCABA PKCABB PKCABC PKCABD PKCABE PKCABF PKCABG PKCABH PKCABI PKCABJ PKCABK PKCABL PKCABM PKCABN PKCABO PKCABP PKCABQ PKCABR 次经济储量 建筑物压占储量 可采储量 可靠矿石储量 露采保有储量 坑采保有储量 储量级别 A级储量 B级储量 C级储量 D级储量 查明储量 探明储量 测定储量 推定储量 推测储量 证实储量 概路储量 可能储量 预测储量 未分级储量 A1级储量 A2级储量 C1级储量 C2级储量 储量计算方法 GB/T9649.32--2001 固体矿产普查与勘探 英译名 Reserve accuracy Reserve error Mineral reserves sheet Extractable reserve classification of solid fuels and min-eral resources Basis of extractable reserve classification of solid fuelsand mineral resources Categories of reserves Classes of reserves Coefficient of reserve recoveryUsable reserves Usable-in future reserves Industrial reserves Workable reserves Designable reserves Prospective reserves Geological reserves Economic reserves Subeconomic reserves Reserveunderconstruction Recoverable reserve Reliable ore reserve Remained reserve of surface miningRemained reserve of underground miningReserves of category A Reserves of category B Reserves of category C Reserves of category D Identified reserves Demonstrated reserves Measured reserves Indicated reserves Inferred reserves Proved reserves Probable reserves Possible reserves Predictive reserves Unclassified reserve Reserves of category A1 Reserves of category A2 Reserves of category C1 Reserves of category C2 平衡表内储量 平衡表外储量 PKCDAA PKCDAB PKCDAC PKCDAD PKCDAE PKCDAF 块段法 地质块段法 开采块段法 汉字名 三角形块段法 多边形块段法 断面法 平行断面法 不平行断面法 垂直断面法 水平断面法 线储量法 等值线法 构造等高线法 算术平均法 距离平方倒数法 统计相关法 克立格法 简单克立格法 普通克立格法 泛克立格法 析取克立格法 对数克立格法 指示克立格法 空间三角形网络法 综合方法 尖推(锥) 尖推(楔) 储量计算基本参数 矿体厚度 矿体面积 矿体体积 矿石品位 矿石体重 矿石湿度 含矿系数 米百分值 外推距离 矿体厚度 真厚度 垂直厚度 水平厚度 视厚度 平均厚度 算术平均厚度 GB/T9649.322001 固体矿产普查与勘探 英译名 Oreblock method Geological oreblock method Exploritation oreblock methodTriangular oreblock method Polygonal oreblock method Cross-sectional method Parallel section method Transecting section method Vertical section method Horizontal section method Linear reserve method Isoline method Structure-contour method Arithmetic mean method Reciprocal square distance methodSDmethod Statistical correlation methodKriging method Simple kriging method Ordinary kriging method Universal kriging method Disjunctive kriging method Logarithmic kriging Indicator kriging Space triangle network methodCombined method Tip push(awl) Tip push(wedge) Thickness of orebody Area of orebody Volume of orebody Oregrade Volume weight of ore Oredampness Coefficient of mineralizationMeterpercent Distance of extrapolation True thickness Vertical thickness Horizontal thickness Apparent thickness Average thickness Arithmetic average thickness备注 最近地区法 剖面法 矿石容重 米百分率 PKCDAG PKCDAH PKCDAI PKCDAJ PKCDBA PKCDBB PKCDBC PKCDBD PKCDBE PKCDBF PKCDBG PKCDBH PKCDCA PKCDCB PKCDDA PKCDDB PKCDDC PKCDDD PKCDDE PKCDDF PKCDDG PKCDDH PKCDDI PKCDEA PKCDEB PKCDEC PKCDED PKCDEE PKCDEF PKCDEG 汉字名 加权平均厚度 块段平均厚度 矿体平均厚度 分级可采厚度 矿体面积 块段面积 断面面积 投影面积 真面积 视面积 水平投影面积 垂直投影面积 斜面积 矿体体积 块段体积 矿体总体积 矿石品位 平均品位 块段平均品位 矿体平均品位 矿床平均品位 算术平均品位 加权平均品位 特高品位 工程平均品位 综合工业品位 矿石体重 小体重 大体重 平均体重 算术平均体重 加权平均体重 千体重 湿体重 储量计算单位 百万吨 立方米 万立方米 兆立方米 亿立方米 吨每日 GB/T9649.322001 固体矿产普查与勘探 英译名 Weighted average thickness Average thickness of ore blockAverage thickness of orebodyMinable thickness for ore classArea of ore block Area of ore section Projectivearea Truearea Apparent area Area on horizontal projectionArea on vertical projection Inclined area Volume of ore block Total volume of orebodies Average grade of ore Average grade of ore block Average grade of orebody Average grade of ore depositArithmetic average grade Weighted average grade Stormgrade Average grade of exploratory workingCompound produetion grade Volume weight by small-size samplesVolume weight by large-size samplesAverage volune weight Arithmetic average volume weightWeighted average volume weightVolume weight by dry samplesVolume weight by wet samplesKilogram Kilotonne Myriatonne Megatonne Hundred million tonne Cubic metre Myriastere Megastere Hundred million stere Tonneperday 面面积 风暴品位 万吨每日 吨每年 万吨每年 立方米每日 汉字名 万立方米每年 储量计算边界线 内边界线 外边界线 自然边界线 零点边界线 可采边界线 自然类型边界线 工业类型边界线 工业品级边界线 储量级别边界线 人为边界线 储量计算结果 金属储量 矿物储量 有用组分储量 矿石储基 总储量 块段储量 矿体储量 矿床储量 高级储量 伴生元素储量 共生矿产储量 储量报批 储量报告名称 储量报告编号 储量提交单位 储量提交日期 储量审批单位 储量审批日期 储量审批结果 储量审批文据 已审批储量 已审核储量 未审批储量 储量变动 累计探明储量 保有储量 保有可开采储量 保有可设计储量 保有储量审批单位 GB/T9649.32—2001 固体矿产普查与勘探 英译名 Myriatonne per day Tonne per year Myriatonne per year Cubic metre per day Myriastere per year Internal boundary External boundary Physical boundary Zero boundary Minable boundary Boundary between natural types of oresBoundary between intustrial types of oresBoundary bewteen technological classes of oresBoundary between classes of reservesArtificial boundary Reserves in metal Reserves in mineral Reserves in useful componentsReserves in ore Total reserves Reserves of ore block Reserves of orebody Reserves of ore deposit Higher categories Reserves of associated elementsReserves of paragenetic oresTitle of reserve-report Code of reserve-report Prospector and/or explorer of reservesPresenting date of reserve Reserve ratifier Ratifying date of reserves Resulting record of reserve ratificationReserve-ratifying file Ratified reserve Reserve awaiting ratificationReserve without ratificationCumulative demonstrated reserveAvailable reserve Available workable reserve Available designable reserveRatifer of available reserve备注32—2001 固体矿产普查与勘探 英译名 Myriatonne per day Tonne per year Myriatonne per year Cubic metre per day Myriastere per year Internal boundary External boundary Physical boundary Zero boundary Minable boundary Boundary between natural types of oresBoundary between intustrial types of oresBoundary bewteen technological classes of oresBoundary between classes of reservesArtificial boundary Reserves in metal Reserves in mineral Reserves in useful componentsReserves in ore Total reserves Reserves of ore block Reserves of orebody Reserves of ore deposit Higher categories Reserves of associated elementsReserves of paragenetic oresTitle of reserve-report Code of reserve-report Prospector and/or explorer of reservesPresenting date of reserve Reserve ratifier Ratifying date of reserves Resulting record of reserve ratificationReserve-ratifying file Ratified reserve Reserve awaiting ratificationReserve without ratificationCumulative demonstrated reserveAvailable reserve Available workable reserve Available designable reserveRatifer of available reserve备注 Tip: This standard content only shows part of the intercepted content of the complete standard. 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