In this perspective article, we revise some of the empirical and semi-empirical strategies for predicting how hydrogen bonding affects molecular and atomic polarizabilities in aggregates. We use p-nitroaniline and hydrated oxalic acid as working examples to illustrate the enhancement of donor and acceptor functional-group polarizabilities and their anisotropy. This is significant for the evaluation of electrical susceptibilities in crystals; and the properties derived from them like the refractive indices
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
In this perspective article, we revise some of the empirical and semi-empirical strategies for predi...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
With the purpose of rational design of optical materials, distributed atomic polarizabilities of ami...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...
The oriented-gas model based on the additivity hypothesis is widely used in predicting the macroscop...