1)  ASME B31G
ASME B31G
1.
Modification of the Relevant Parameter of ASME B31G Standard Based on Pipeline Blast Test;
基于管道爆破试验对ASME B31G标准中相关参数的修正
2)  B31G
B31G
1.
This paper presented the review of B31G and used ANSYS,a kind of general software,to analyze the residual intensity of corroded pipelines containing overlapping volume defects with FEA method,by taking the immense deformation effects and stress stiffening effects into consideration.
对修正B31G方法进行了简要回顾。
3)  ASME
ASME
1.
COMPARISON OF TUBE-SHEET DESIGN METHOD OF ASME AND TEMA STANDARD;
美国ASME与TEMA标准管板计算方法比较(二)
2.
Comparison of Welding Standard of China Power Industry to ASME Code;
中国电力行业焊接标准与ASME规范的对比
3.
Evaluation of the Forming Technologg during Fabrication of Class 2 & 3 Nuclear Pressure Equipment——Application understanding of RCCM Standard and ASME Code;
核2、3级承压设备制造过程中的成型工艺评定——RCCM标准和ASME规范的应用体会
4)  B31G principle
B31G标准
5)  ASME Code
ASME Code
6)  ASME Ⅷ Div.1
ASMEⅧDiv1
参考词条
补充资料:(29H,31H-phthalocyaninato(2-)-N29,N30,N31,N32)copper
分子式:C32H16CuN8
分子量:576.08
CAS号:147-14-8

性质:熔点600°C (dec.)。水溶性<0.1 g/100 mL at 20°C。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。