GB/T 10268-1988
Replaced
EJ/T 20096-2014
Active
Industry standards-The nuclear industry
EJ/T 20096-2014 The technical requirements for in-situ blasting techniques in uranium mines are as follows: "The in-situ blasting techniques in uranium mines require the use of blasting methods that are safe and reliable, and comply with relevant safety regulations and standards. The blasting process should be carried out under strict supervision and control to ensure that the blasting conditions and procedures meet the requirements of the project. The blasting debris should be properly disposed of to prevent environmental pollution and safety hazards."
EJ/T 20096-2014 The technical requirements for in-situ blasting techniques in uranium mines are as follows: "The in-situ blasting techniques in uranium mines require the use of blasting methods that are safe and reliable, and comply with relevant safety regulations and standards. The blasting process should be carried out under strict supervision and control to ensure that the blasting conditions and procedures meet the requirements of the project. The blasting debris should be properly disposed of to prevent environmental pollution and safety hazards."
Price:
$ 30
Basic Information
Standard Code:
EJ/T 20096-2014
Standard Type:
Industry standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Nuclear materials and nuclear fuels
ICS Name:
Fissile material
Publish Date:
2014-11-17
Implement Date:
2025-07-10
Pages:
22 pages
Development Information
Related Standards
GB 11215-1989
Active
GB 11215-1989 The general regulation for environmental radiological assessment
GB 11216-1989
Abolished
GB 11216-1989 General requirements of quality assurance program for effluent and environmental radioactivity monitoring at nuclear facilities
GB/T 11838-1989
Abolished
GB/T 11838-1989 Steam corrosion testing of uranium dioxide pellets
GB/T 11841-1989
Active
GB/T 11841-1989 Uranium dioxide powder and pellets—Determination of uranium—Ferrous sulfate reduction-potassium dichromate oxidation titrimatric method
GB/T 11842-1989
Active