1) Partial pressure mass spectrum analysis
分压力质谱分析
2) low voltage mass spectrometry
低压质谱分析
3) high pressure mass spectrometry
高压质谱分析
4) mass spectrographic analysis
质谱分析
1.
Their structures were indentified by mass spectrographic analysis and their molecular weights and structural formulas were given,providing the informations for the development of domestic superior quality lubricating oil packages.
采用分离技术从国外润滑油复合剂中分离出几种润滑油抗氧抗腐剂，用质谱分析手段鉴定剂的结构，并给出剂的分子量和结构式，为研制国产高档润滑油复合剂配方提供可靠信息。
2.
The mass spectrographic analysis results for crystal face (100) and (111) in the InP are given.
本文给出了ＩｎＰ材料（１００）和（１１１）晶面的质谱分析结果，并对（１００）晶面做了光荧光分析。
5) mass spectrum analysis
质谱分析
1.
Experiments and mass spectrum analysis were made to test the performance in vacuum of a MoS 2 lubricant so as to lubricate (efficiently) the scanning movement for work.
通过抽速计算选择了合理的真空配置;用有限元分析软件ANSYS计算了真空室的受压形变,优化了真空室的结构,采取了合理的误差补偿措施;并通过摩擦润滑试验和质谱分析检测了二硫化钼润滑剂的真空润滑性能,解决了工作台扫描运动的有效润滑。
6) mass spectrometry
质谱分析
1.
Differentiation of Organic Isomers by Mass Spectrometry;
有机异构体的质谱分析简介
2.
In order to reveal proteins differentially expressed in round headed sperm in human being, two dimensional gel electrophoresis and mass spectrometry were performed on 30 normal sperm samples from 10 fertile men and 3 sperm samples from a globozoospermic patient.
为了研究正常精子和圆头精子的蛋白质组成差异,用固相pH梯度双向凝胶电泳和质谱分析等蛋白质组学方法,分离了 30份正常和 3份圆头精子标本的蛋白质。
3.
In order to reveal proteins differentially expressed in the process of rat pancreas development, two-dimensional gel electrophoresis and mass spectrometry were performed on rat pancreas at different stages.
探讨大鼠胰腺不同发育时期相关蛋白的差异表达 ,应用显微技术分离了大鼠孕 15 5天 ,孕 18 5天胚胎胰腺和新生鼠及成年鼠的胰腺 ,提取其蛋白质后 ,用固相pH梯度双向聚丙烯酰胺凝胶电泳和质谱分析等蛋白质组学方法 ,得到了 4个不同发育时期的蛋白质表达谱 。
补充资料：分压力
分子式：
分子量：
CAS号：
性质：又称部分压力，简称分压。气体混合物中各个组分的压力。例如101.325千帕（1大气压）的干燥空气中，氮的分压是79.193千帕，氧的分压是 21.198 千帕。混合理想气体的总压力等于各组分的分压的和，称道尔顿（J.Dalton,1766-1844,英）分压定律。
分子量：
CAS号：
性质：又称部分压力，简称分压。气体混合物中各个组分的压力。例如101.325千帕（1大气压）的干燥空气中，氮的分压是79.193千帕，氧的分压是 21.198 千帕。混合理想气体的总压力等于各组分的分压的和，称道尔顿（J.Dalton,1766-1844,英）分压定律。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条