共找到 93 条与 核燃料元件及其分析试验方法 相关的标准,共 7 页
X-ray photographic inspection method for weld seam of fuel assembly pipe seat in pressurized water reactor nuclear power plant
Research on detection method of uranium homogeneity in stacked fuel elements
Control and Measurement of U2Si-Al Fuel Plate Uranium-235 Loading
Ceramography of sintered nuclear fuel tablets
Method for Determination of Uranium Contamination on the Surface of Reactor Fuel Rods
Guidelines for Fire Protection of Nuclear Fuel Reprocessing Plants
Code of fire protection for light water reactor nuclear fuel plant
Pulse reactor fuel element technical conditions
Design guidelines for U3Si2-Al plate-type fuel assemblies
Design criteria for pulsed reactor fuel elements
1.1 This practice covers the procedures for postirradiation examination of cladding, determination of breached nuclear fuel elements, selection of material and tests for radiation studies, determination of radiation conditions, conduction of tests for mechanical properties of cladding, and the reporting of data.1.2 The purpose of this practice is to provide detailed guidelines for the postirradiation examination of fuel element cladding and to achieve better correlation and interpretation of the data in the field of radiation effects.1.3 This practice may be applied to metallic cladding from all types of fuel elements. The tests described in this practice for determining mechanical properties of the fuel element cladding practice should be included in the preirradiation characterization of the cladding and for planning irradiation effects tests for evaluation of materials for cladding and other components in nuclear reactors. Note 18212;The values stated in SI units as described in Standard E 380 are to be regarded as the standard.
Standard Practice for Examination of Fuel Element Cladding Including the Determination of the Mechanical Properties
The physical and mechanical properties of cladding materials can be altered by exposure to a high-energy neutron flux. The magnitude and relationship of these changes are functions of the material and its metallurgical condition; the amount, rate, and energy spectrum of the radiation; the exposure temperature; the test temperature; the purity, velocity, volume, and purification system of the coolant; and effects of contained fuel.1.1 This practice covers the procedures for postirradiation examination of cladding, determination of breached nuclear fuel elements, selection of material and tests for radiation studies, determination of radiation conditions, conduction of tests for mechanical properties of cladding, and the reporting of data.1.2 The purpose of this practice is to provide detailed guidelines for the postirradiation examination of fuel element cladding and to achieve better correlation and interpretation of the data in the field of radiation effects.1.3 This practice may be applied to metallic cladding from all types of fuel elements. The tests described in this practice for determining mechanical properties of the fuel element cladding practice should be included in the preirradiation characterization of the cladding and for planning irradiation effects tests for evaluation of materials for cladding and other components in nuclear reactors. Note 18212;The values stated in SI units as described in Standard E 380 are to be regarded as the standard.
Standard Practice for Examination of Fuel Element Cladding Including the Determination of the Mechanical Properties
INSULATORS AND FITTINGS FOR OVERHEAD LINES. LONG ROD INSULATORS OF CERAMIC MATERIAL WITH EXTERNAL METAL FITTINGS. CHARACTERISTICS. DIMENSIONS.
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