GB/T 23413-2009
ActiveDetermination of crystallite size and micro-strain of nano-materials - X-ray diffraction line broadening method
纳米材料晶粒尺寸及微观应变的测定 X射线衍射线宽化法
Application Summary AI generated
This standard specifies the use of X-ray diffraction line broadening to measure crystallite size and micro-strain in nano-materials. It is applied in research and quality control for nano-powders, thin films, and other nanostructured materials, particularly within materials science and nanotechnology industries. The method is essential for characterizing structural properties that influence the mechanical, optical, and electronic performance of nano-products.
Related Standards
GB/Z 41289-2022
Non-destructive testing instruments—Evaluation procedures
GB/Z 41285.5-2022
Non-destructive testing instruments—Radiation protection rules for the technical application of sealed radioactive sources—Part5:Building precautionary measures of radiation protection for the γ radiography
GB/Z 41285.6-2022
Non-destructive testing instruments—Radiation protection rules for the technical application of sealed radioactive sources—Part 6:Inspection,service and functional test of mobile apparatus for γ radiography
GB/Z 41286-2022
Non-destructive testing instruments—X-ray pipeline crawlers
GB/Z 41285.3-2022
Non-destructive testing instruments—Radiation protection rules for the technical application of sealed radioactive sources—Part 3: Organization of radiation protection during handling and transport for γ radiography
GB/Z 41285.1-2022
Non-destructive testing instruments—Radiation protection rules for the technical application of sealed radioactive sources—Part 1:Stationary and mobile handling for γ radiography
GB/Z 41285.4-2022
Non-destructive testing instruments—Radiation protection rules for the technical application of sealed radioactive sources—Part 4:Construction and testing of mobile apparatus for γ radiography
GB/Z 41399-2022
Non-destructive testing instruments—Industrial digital X-ray imaging system
Transparency note: The application summary and key sentences on this page were automatically generated by AI from the standard's original text. This content has not been human-verified and should not be used for compliance or regulatory purposes. Always refer to the official standard document from the issuing authority.