EJ/T 20150.11-2018 Active Industry standards-The nuclear industry

EJ/T 20150.11-2018 Radiation inspection of pressurized water reactor fuel assembly after irradiation - Part 11: Detection of fuel rod leak by helium mass spectrometry

EJ/T 20150.11-2018 Radiation inspection of pressurized water reactor fuel assembly after irradiation - Part 11: Detection of fuel rod leak by helium mass spectrometry

Publish Date: 2018-12-28 Implement Date: 2019-03-01 For services related to genuine standard inquiry, procurement, translation, and other related services in China, please Contact Us

Basic Information

Standard Code: EJ/T 20150.11-2018
Standard Type: Industry standards
Standard Status: Active
is_force_gb: no
CCS Name: Nuclear materials, nuclear fuels, and their analysis and testing methods
ICS Name: Fissile material
Publish Date: 2018-12-28
Implement Date: 2019-03-01

Development Information

Same series standard

EJ/T 20150.1-2018 Radiation inspection of pressurized water reactor fuel assembly bundles after irradiation - Part 1: General principles EJ/T 20150.2-2018 Checking of irradiated pressurized water reactor fuel assembly beam-type component - Part 2: Underwater visual inspection of fuel assemblies EJ/T 20150.7-2018 Checking of irradiated fuel assembly in pressurized water reactor (PWER) with rod bundle type - Part 7: Visual inspection of fuel rods EJ/T 20150.10-2018 EJ/T 20150.10-2018 Post irradiation inspection of PWR fuel assembly - Part 10: Detection of fuel rod leaks by bubble method EJ/T 20150.12-2018 EJ/T 20150.12-2018 Post irradiation inspection of pressurized water reactor fuel bundle type components - Part 12: Detection of fuel rod leaks - End pressure test method EJ/T 20150.13-2018 Radiation Exposure of Pressurized Water Reactor Fuel Assembly Components - Part 13: X-ray Inspection of Fuel Rods EJ/T 20150.14-2018 Checking of irradiated pressurized water reactor fuel assembly - Part 14: Eddy current testing of fuel rods EJ/T 20150.16-2018 Checking of irradiated fuel assembly in pressurized water reactor - Part 16: Pressure measurement inside fuel rods EJ/T 20150.17-2018 Checking of irradiated pressure water reactor fuel assembly - Part 17: Analysis of krypton and xenon in fission gases using gas chromatography method EJ/T 20150.18-2018 Radiation inspection of pressurized water reactor fuel assembly after irradiation - Part 18: Sampling technical requirements for fuel rods EJ/T 20150.19-2018 Check of irradiated pressure water reactor fuel assembly, Part 19: Tensile testing of cladding tube of fuel assembly EJ/T 20150.21-2018 Post-irradiation inspection of pressurized water reactor rod bundle fuel assembly - Part 21: Pressure burst testing of cladding tube fuel can only provide the English translation of the text EJ/T 20150.23-2018 Fuel assembly inspection after irradiation for pressurized water reactor (PWR) rod bundle type, Part 23: Scanning electron microscopy analysis of cladding tube EJ/T 20150.25-2018 Radiation Inspection of Pressurized Water Reactor Bearing Column Fuel Assembly After Exposure - Part 25: Microstructure Examination of Fuel Rods EJ/T 20150.26-2018 Post-irradiation inspection of pressurized water reactor rod bundle fuel assembly - Part 26: Micro-Vickers hardness testing of cladding tube specimens EJ/T 20150.27-2018 Radiation inspection of pressurized water reactor fuel assembly after irradiation - Part 27: Absolute fuel rod burn-up measurement by mass spectrometry EJ/T 20150.28-2018 Radiation inspection of pressurized water reactor fuel assembly after irradiation - Part 28: Absolute fuel burnup measurement by activity method EJ/T 20150.29-2018 Checking the radiation damage of the fuel assembly with the beam type in a pressurized water reactor - Part 29: Measurement of hydrogen content in the cladding tube of fuel elements using high frequency electrode heat conduction method EJ/T 20150.30-2018 Radiation inspection of pressurized water reactor fuel assembly - Part 30: Measurement of elements Fe, Ni, Cr, Mn, Si, Cu in surface deposits of cladding tube by atomic emission spectroscopy

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