1) HBr molecule
HBr分子
1.
The equiliBrium structure and dissociation energy of HBr molecule at the ground state are calculated and optimized using quantum chemistry methods CCSD and QCISD at the 6-311++G** and TZV basis set.
用量子化学计算方法CCSD和QCISD,分别在基组6-311++G**和TZV下,优化计算了HBr分子基态的平衡结构和离解能,计算结果与实验数据吻合。
2) HBr-evaporation
HBr蒸发
3) gaseous-HBr
气体HBr
4) HBr gas
HBr气体
5) He-HBr system
He-HBr体系
1.
Angular distribution for scatterings of 3He、4He、6He and 7He with hydrogen bromide molecules are calculated by using close-coupling approach from the anisotropic intermolecular potential of the He-HBr system established by the author.
基于作者构造的He-HBr体系的各向异性势,采用密耦方法计算了碰撞能量分别为60和100 meV时3He、4He、6He和7He被HBr分子散射的角分布,详细讨论了氦同位素对散射角分布的影响。
2.
Differential cross sections(DCSs) for collisions in 3He-HBr,4He-HBr,6He-HBr and 7He-HBr are calculated by the close-coupling approach from the anisotropic intermolecular potential of the He-HBr system established by the author.
基于作者构造的He-HBr体系的各向异性势,采用密耦方法计算了3He,4He,6He和7He与HBr分子在碰撞能量分别为40和75meV时的微分截面,详细讨论了入射氦同位素对微分截面的影响。
6) HBR estimator
HBR估计
补充资料:1-(2-Methoxyphenyl)-piperazine HBr
分子式:C11H16N2OHBr
分子量:273.17
CAS号:100939-96-6
性质:该品为类白色结晶粉末。熔点248-250℃。
制备方法:暂无
用途:氟阿尼酮、乌拉地尔中间体。
分子量:273.17
CAS号:100939-96-6
性质:该品为类白色结晶粉末。熔点248-250℃。
制备方法:暂无
用途:氟阿尼酮、乌拉地尔中间体。
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