In this thesis, the photoelectron spectra of molecules have been calculated by the time-dependent-wave-packet method, and its extension is applied to study the dynamics of an electron in an intense field.

Synthesis and electronic spectra of the tetranaphthoxy cadmium phthalocyanine;

Quantum chemistry calculation of electronic spectra of six condensed ring aromatic hydrocarbons functional material;

Study of electronic spectra for substituted dicyanobenzenes;

Synthesis and study on electronic absorption spectra of the 2,9,16,23-tetracarboxylic metal phthalocyanines;

The compositions of the complexes are determined by elemental analysis and IR spectra,the electronic absorption spectra and fluorescence spectra of the compound in DMSO,DMF,Py have been measured and studied,infection of solution intensity on electronic absorption spectra is discussed.

The bond properties of complex have been discussed with electronic absorption spectra.

Synthesis of the complexes of zinc with D-glucose,lactose,scthiff base and electron spectrum studies of complexes with DNA;

The relationship between the molecular orbitals energy levels and the biochemistry properties,electron spectrum are discussed.

This paper reports studies of the preparation and the electron spectrum for ethylniconate N-coordinated complexes of chromjum(Ⅲ).

Theoretical study on the effect of substituting group on the electronic spectrum of 8-hydroxyquionline lithium;

Theoretical study on electronic spectrum property for oligomeric alkynyl fluorene;

INDO/SOS investigation of electronic spectrum and NLO property of sterically stabilized phenylpolyene bridged chromophores with dicyan group;

The background of X ray Photoelectron spectroscopy (XPS) spectrum,which was often neglected in the past,may provide valuable information on surface morphology and depth profile.