发布时间:2024-05-27 17:49:26 - 更新时间:2024年06月29日 15:22
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本标准界定了人工晶体材料基本术语、分类,生长,检测和表征以及加工和后处理方面可通用的术语和定义。 本标准适用于人工唱体材料及其相关应用领域
Terms and definitions of synthetic crystal materials
Relaxor ferroelectric crystal materials
Sampling of loose and grained materials
Silicon carbide crystal material defect map
Silica glass and glass crystal materials. Determinationn of density
Glass and glass products. Density determination method
Glass inorganic and glass-crystal materials. Method for determination of acid resistance
Inorganic glass and glass crystal materials. Method for the determination of thermal stability
Testing methods of X-ray diffraction for determining the orientation of crystal materials by rotation
This review is an introduction to the subject of fracture utilizing an approach which is predominantly microstructural. The introduction defines
A REVIEW OF SOME MICROSTRUCTURAL ASPECTS OF FRACTURE IN CRYSTALLINE MATERIALS
Inorganic glass and glass-ceramic materials. Heat resistance determination method
A Review of Some Microstructural Aspects of Fracture in Crystalline Materials
Plastics. Semi-cristalline materials. Determination of the conventional melting temperature by thermal analyse.
Inorganic glass and glass-crystal materials. Method for the determination of impact strength
Thermal analysis; determination of melting temperatures of crystalline materials by differential thermal analysis
本标准界定了人工晶体材料基本术语、分类,生长,检测和表征以及加工和后处理方面可通用的术语和定义。 本标准适用于人工唱体材料及其相关应用领域
Terms and definitions of synthetic crystal materials
Relaxor ferroelectric crystal materials
Sampling of loose and grained materials
Silicon carbide crystal material defect map
Silica glass and glass crystal materials. Determinationn of density
Glass and glass products. Density determination method
Glass inorganic and glass-crystal materials. Method for determination of acid resistance
Inorganic glass and glass crystal materials. Method for the determination of thermal stability
Testing methods of X-ray diffraction for determining the orientation of crystal materials by rotation
This review is an introduction to the subject of fracture utilizing an approach which is predominantly microstructural. The introduction defines
A REVIEW OF SOME MICROSTRUCTURAL ASPECTS OF FRACTURE IN CRYSTALLINE MATERIALS
Inorganic glass and glass-ceramic materials. Heat resistance determination method
A Review of Some Microstructural Aspects of Fracture in Crystalline Materials
Plastics. Semi-cristalline materials. Determination of the conventional melting temperature by thermal analyse.
Inorganic glass and glass-crystal materials. Method for the determination of impact strength
Thermal analysis; determination of melting temperatures of crystalline materials by differential thermal analysis