GB/T 4960.3-2010Glossary of terms - nuclear science and technology - Part 3: Nuclear fuel and nuclear fuel cycle (English PDF)
核科学技术术语 第3部分:核燃料与核燃料循环
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Issued by
SAMR; SAC
Level / Type
National · Recommended
Issue date
November 10, 2010
Implementation date
May 1, 2011
Scope
GB/T 4960.3-2010 is the English-translated version of 核科学技术术语 第3部分:核燃料与核燃料循环.
GB/T 4960.3-2010 is the Chinese standard "Glossary of terms - nuclear science and technology - Part 3: Nuclear fuel and nuclear fuel cycle". Its scope clause reads: GB/T 4960 This section specifies the terms and definitions of nuclear fuel and nuclear fuel cycle-related areas.
This section applies to nuclear fuel and nuclear fuel cycle within the field of preparation of standards and technical documents, translated documents and domestic and international technical exchanges. Its clauses include uranium.
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Document preview — GB/T 4960.3-2010
National Standard of the People's Republic of China
- ICS
- 27.120.01
- Classification
- F 40
- Replacing
- GB/T 4960.3-1996
Issued by: State Administration for Market Regulation; Standardization Administration of the PRC
Contents
- Introduction
- 1 Scope
- 2 URANIUM
- 5 3 uranium conversion
- 6 uranium isotope separation
- 5 fuel element design and manufacture
- 6 25 nuclear fuel reprocessing
- 7 Comprehensive term
1 Scope
GB/T 4960 This section specifies the terms and definitions of nuclear fuel and nuclear fuel cycle-related areas.
This section applies to nuclear fuel and nuclear fuel cycle within the field of preparation of standards and technical documents, translated documents and domestic and international technical exchanges.
2 URANIUM
2.1 Uranium Resources
Naturally occurs in uranium-rich collective crust or crust on the current or foreseeable future, they can become an economic and technically
In mining and extraction of uranium minerals.
2.2 Proven uranium resources
Quantity, grade or quality, densities, shape, physical characteristics have been highly proven uranium resources [volume], you can take advantage of their technical and economic parameters
DEPOSIT complete production planning and evaluation of economic feasibility, and sufficiently high reliability estimates. The uranium resources through detailed and reliable exploration, take
Thus, by appropriate means as outcrops, trenches, pits exploration, roadway, verification drilling and prospecting of these projects intensive enough to determine uranium mine
Of continuity.
2.3 Control of uranium resources
Quantity, grade or quality, densities, shape, physical characteristics have been proven uranium resources [volume], you can take advantage of their technical and economic parameters to complete
Deposit, production planning and evaluation of economic viability, estimates with a certain confidence. The uranium resources through detailed and reliable exploration, sampling and
By appropriate means as outcrops, trenches, pits exploration, roadway, verification drilling and prospecting of these projects have a certain density, we can reasonably speculate that uranium resources
Source mineralization continuity.
2.4 Inferred uranium resources
Uranium Resources [amount] by geological phenomena, the limited sample estimates with a certain quantity, grade or quality, can reasonably speculate that uranium resources
Mineralization continuity, but it can not be determined, and the estimate is only based on appropriate technologies and outcrops, trenches, pits exploration, roadway, obtained limited drilling
It based on data and samples.
2.5 Prediction uranium resources
Based on the results of regional geological research, aviation, remote sensing, geophysical and geochemical anomaly or a very small amount of engineering data, determined to have uranium
Area of potential, and the analogy with known uranium deposits estimated uranium resources [amount], are potential uranium mineral resources, with or without economic significance is not yet determine.
2.6 Uranium ore field
Good conditions of uranium ore and ore-bearing geological structure with high basic unit within its scope has been proven several, or even dozens of scale
Different uranium deposits, uranium resources generally proven more than 10,000 tons, the higher up to several hundred thousand tons, or even more.
......
This preview omits tables, figures, formulas and parts of the technical clauses. The complete document — 41 pages — is available in the English PDF.
Referenced standards
Cited by
- GB/T 44771-2024Process and product qualification requirements for manufacturing of PWR nuclear fuel assemblies
- GB/T 13696-2015Specification for uranium hexaflouride enriched to less than 5%235U
- NB/T 20057.4-2012PWR Nuclear Power Plants Reactor System Design - Core - Part 4: Core Components
- GB/T 10268-2008Uranium ore concentrate
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Editions of GB/T 4960.3
| Edition | Title | Revision | Status |
|---|---|---|---|
| GB/T 4960.3-2010 | Glossary of terms - nuclear science and technology - Part 3: Nuclear fuel and nuclear fuel cycle | current edition | Current |
| GB/T 4960.3-1996 | Glossary of terms - nuclear science and technology - Part 3: Nuclear fuel and nuclear fuel cycle | previous edition | Superseded |
This page sells the current edition, GB/T 4960.3-2010. Earlier editions are listed for reference only.
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Related Standards
GB/T 4960.1-2010 — Glossary of terms - nuclear science and technology - part 1: Nuclear physics and nuclear chemistry
GB/T 4960.2-2023 — Glossary for nuclear science and technology—Part 2: Fission reactor
GB/T 4960.4-2025 — Glossary of nuclear science and technology - Part 4: Radionuclides
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