1)  Sigma-Delta ADC
Σ△ADC
2)  σ-artin (neoether) ring
σ-artin(σ-环)
3)  σ→σ*transition
σ→σ*跃迁
4)  σ phase
σ相
1.
The results show that the austenite matrix is strengthened by the plentiful precipitation of small intersectant σ phase with high hardness during aging treatment.
研究了时效处理对σ相强化奥氏体不锈钢组织和腐蚀磨损特性的影响。
2.
The formation of σ phase due to aging tre.
31 0不锈钢于 70 0℃ ,1 0 0 0 0h时效后在晶界大量析出σ相 ,使晶界附近贫Cr,降低了其抗硫腐蚀性
3.
It is shown that the dense cracks in magnesium reduction jar made of ZG40Cr28Ni16 are caused by the segregation of σ phase.
介绍一种炼镁还原罐的专利结构 ,简介炼镁还原罐的工作环境和常用材质 ,指出ZG40Cr2 8Ni16材质炼镁还原罐产生密集性裂纹的原因是σ相的析出 ,进而提出一种新的炼镁还原罐结构。
5)  σ bond
σ键
1.
In this paper we have discussed and Compared the π bonds strength and σ bond Strength in carbon-carbon double bond and carbon-carbon triple bond.
本文较详细地讨论比较了碳碳双键与参键中π键的强弱及碳碳单键、双键、叁键中σ键的强
6)  σ treatment
σ化
参考词条
补充资料:ADC 13
分子式:C16H16N2O7
分子量:348.31
CAS号:74288-40-7

性质:

说明:补充资料仅用于学习参考,请勿用于其它任何用途。