For many years the effects of a static or dynamic electric field upon electronic motion in a
molecule have been studied. These effects have been described in terms of multipolar …

The non-linear optical polarization of an isolated atom or molecule is treated, giving careful
consideration to secular and resonant terms in the perturbation expansion. The Method of …

Much of the impetus for the study of the nonlinear optical properties of molecules comes
from the search for materials with nonlinear properties suitable for the construction of …

This article reviews the main theoretical methods and experimental techniques for
determining electric-dipole polarizabilities. This review only considers the lowest-order …

The temperature dependence of dc electric-field-induced optical second-harmonic
generation has been measured for CH 4, CH 3 F, CH 2 F 2, CH F 3, CF 4, CCl F 3, and CBr …

Relative values of the nonresonant third order electric susceptibilities of various gases have
been measured by nonlinear optical mixing at 532 and 683 nm. These results have been …

The commonly used method of orienting polar molecules in a beam, by state selection and
focusing with an electrostatic hexapole lens, is compared with the recently introduced …

Measurements of second‐and third‐order nonlinear polarizabilities (hyperpolarizabilities)
for HF and HCl using dc electric‐field‐induced second‐harmonic generation are presented …

This bibliography briefly reviews over 700 studies in collision-induced light scattering (CILS)
of gases, liquids, and solids. We consider work concerning the spontaneous Raman spectra …

Molecular polarizability can be used to gain an insight into the origins of polychlorinated
dibenzo-p-dioxins (PCDDs) specific binding to their receptor protein. In this work, the effects …