Texto completo: acesso restrito. p. 259-264The linear polarizabilities and first hyperpolarizabilities of two geometrical isomers (Z, E) of donor–acceptor azo-enaminones have been calculated, taking into account frequency dispersion effects, through CPHF method. Static results were also obtained at the MP2 level and correlated dynamic values were estimated using the multiplicative correction scheme. Our results show that the diagonal component of the first hypepolarizability of E isomers is enhanced with increasing donor strength. Dispersion effects have a marked influence for the standard frequencies considered here (ω = 0.0239 and 0.0428 a.u), specially for second harmonic generation
449-459The static linear (α) and quadratic hyperpolarizabilities (βvcc) of a number of push-pull be...
The static first- and second-hyperpolarizabilities of a number of amino- and nitro-substituted chrom...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...
p. 8417-8423In this work the static electric properties of azo-enaminones, with special emphasis to ...
We calculated the nonlinear optical properties of 24 azo-enaminone derivatives, incorporating solven...
In this study we report on the electronic and vibrational (hyper)polarizabilities of donor–acceptors...
The first hyperpolarizabilities ('beta') of four azobenzene derivatives are measured via hyper-Rayle...
First hyperpolarizabilities of a series of donor-acceptor substituted ethylenes and butadienes have ...
This work reports theoretical and experimental studies on the first hyperpolarizability (beta) of am...
Solvent effect on molecular nonlinear optical (NLO) characteristics of azochromophore with tricyanop...
Structure - property relationship and dispersion effects for disubstituted benzene molecules have be...
In this paper we presented semi-empirical PM3, ab-initio (HF, MP2) and DFT (B3LYP, B3PW91) calculati...
The dependence of the product of the first hyperpolarizability, ~, and the ground-state dipole momen...
The first hyperpolarizability, /3, of a series of cyclic 6,6'-dinitro-l,l'-binaphthyl-2,2&...
We study hyper-Rayleigh scattering and computed molecular hyperpolarizability in a series of azobenz...
449-459The static linear (α) and quadratic hyperpolarizabilities (βvcc) of a number of push-pull be...
The static first- and second-hyperpolarizabilities of a number of amino- and nitro-substituted chrom...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...
p. 8417-8423In this work the static electric properties of azo-enaminones, with special emphasis to ...
We calculated the nonlinear optical properties of 24 azo-enaminone derivatives, incorporating solven...
In this study we report on the electronic and vibrational (hyper)polarizabilities of donor–acceptors...
The first hyperpolarizabilities ('beta') of four azobenzene derivatives are measured via hyper-Rayle...
First hyperpolarizabilities of a series of donor-acceptor substituted ethylenes and butadienes have ...
This work reports theoretical and experimental studies on the first hyperpolarizability (beta) of am...
Solvent effect on molecular nonlinear optical (NLO) characteristics of azochromophore with tricyanop...
Structure - property relationship and dispersion effects for disubstituted benzene molecules have be...
In this paper we presented semi-empirical PM3, ab-initio (HF, MP2) and DFT (B3LYP, B3PW91) calculati...
The dependence of the product of the first hyperpolarizability, ~, and the ground-state dipole momen...
The first hyperpolarizability, /3, of a series of cyclic 6,6'-dinitro-l,l'-binaphthyl-2,2&...
We study hyper-Rayleigh scattering and computed molecular hyperpolarizability in a series of azobenz...
449-459The static linear (α) and quadratic hyperpolarizabilities (βvcc) of a number of push-pull be...
The static first- and second-hyperpolarizabilities of a number of amino- and nitro-substituted chrom...
International audienceDue to their strong molecular hyperpolarizability, organic push–pull materials...