electronic states

Firstly, we research electronic states and FIR spectroscopy of two electrons in quantum rings in a magnetic field.

Anderson has shown that the one-dimensional disordered system has a pure point spectrum and all the electronic states are localized.

The results indicate that the inner radius of rings sensitively changes the electronic states.

Electronic states of three-dimensional quantum ring are studied by solving precisely the time-independent Schrdinger equation.

And again, in the opposite, but also simple limit ends up holding. Or molecular electronic states, right?

Studies on the full vibrational energy spectra and molecular dissociation energies for some electronic states of gas diatomic molecules

The localized electronic states and transmission spectra in N-layer superlattice with structural defects in finite magnetic fields

Studies on the full vibrational spectra and dissociation energies for some electronic states of alkali-metal hydride molecules

The localized properties of electronic states in one-dimensional disordered binary solid

The electronic states in one-dimensional disordered system With long-range correlations

The localized properties of electronic states and conductivity of DNA sequence

Study on the energy levels and electronic states of DNA molecules

Electronic States and Spectra in Crystals

The Study Methods of Electronic States in Correlated Disordered Materials