GB/T 14140.1-1993
Replaced
T/CNS 13-2019
Active
Group standards
T/CNS 13-2019 Simulation of radiation-induced stress corrosion cracking sensitivity test method for metal materials in high-temperature and high-pressure water of a nuclear power plant
T/CNS 13-2019 Simulation of radiation-induced stress corrosion cracking sensitivity test method for metal materials in high-temperature and high-pressure water of a nuclear power plant
Price:
$ 20.00
Basic Information
Standard Code:
T/CNS 13-2019
Standard Type:
Group standards
Standard Status:
Active
is_force_gb:
no
CCS Name:
Metallurgy
ICS Name:
Comprehensive Testing of Metal Materials
Publish Date:
2019-05-27
Implement Date:
2019-09-01
Scope
Scope: This standard specifies the test method for evaluating the sensitivity of metals exposed to high-temperature and high-pressure water and subjected to radiation in high-temperature and high-pressure water to stress corrosion cracking induced by radiation. This standard applies to the evaluation of the sensitivity of metals exposed to high-temperature and high-pressure water and subjected to radiation in high-temperature and high-pressure water in nuclear power plants. This standard applies to the simulation of radiation-induced stress corrosion cracking sensitivity in high-temperature and high-pressure water using rectangular cross-sectional specimens with a certain gauge length and controlled axial displacement in a 360°C and 20MPa or lower water medium. Product components and other special-shaped specimens can refer to this standard for implementation. Main technical content: During the preparation of this part, reference was made to the national standards GB/T 10126 "Stress Corrosion Test Method for Iron-Chromium-Nickel Alloys in High-Temperature Water", GB/T 15970.1 "Corrosion and Stress Corrosion Test of Metals and Alloys - Part 1: General Principles of Test Methods", GB/T 15970.7 "Corrosion and Stress Corrosion Test of Metals and Alloys - Part 7: Slow Strain Rate Test", GB/T 16825.1 "Inspection of Static Single-Axis Testing Machines - Part 1: Inspection and Calibration of the Loading System for Tensile and/or Compression Testing Machines", and ASTM Standard E521-96 "Standard Practice for Neutron Radiation Damage Simulation by Charged-Particle Irradiation". Relevant provisions on the simulation of neutron radiation-induced stress corrosion testing technology were also referenced. At the same time, the technical documents on the simulation of high-temperature and high-pressure water-induced stress corrosion cracking prepared by the Institute of Metal Research, Chinese Academy of Sciences, and the implementation experience of high-temperature and high-press
Development Information
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