โ Scribed by D.P. Shelton; G.C. Tabisz
No coin nor oath required. For personal study only.
The contribution of frame dlstoruon to the colhston-mduced polarizabdlty of the isotropic moleculesCH~, CFJ. CCI.g and SF6 IS estunated and found to be neglwble
๐ SIMILAR VOLUMES
Molecular polarizabilities may be divided into either atomic contributions or bond contributions. The common way to estimate molecular polarizabilities is to assign atomic or bond parameters for each atom or bond type to fit experimental or quantum mechanical results. In this study we have taken a d
A rigorous treatment of the local electric field is used to calculate effective molecular polarizabilitics from optical data for naphthalenc, anthracene, phenanthrene and biphenyl crystals. The principal axes of polarizability are typi-c~lly 10" from the molecular axes, in accord with spectroscopic
The delta function potential model of chemical binding has been employed to compute the bond and molecular polarizabilities of benzyl chloride and benzyl bromide. The transferabdity of bond parallel component has been examined. The semiempirical equations proposed by Long and Plane, and Lippincott a