Energies for the ground states of double electron systems in a uniform magnetic field B≤ 10 9 G are calculated by using the modified Slater basis and configuration interaction method, and the result for energy i...Energies for the ground states of double electron systems in a uniform magnetic field B≤ 10 9 G are calculated by using the modified Slater basis and configuration interaction method, and the result for energy in zero magnetic field is comparable with those obtained by different methods.展开更多
The theory for the thermoelectric power in the variable-range hopping is extended to the fractal regime where the wavefunctions of the electronic states are superlocalized.The thermopower is shown to scale as T^(D/(D+...The theory for the thermoelectric power in the variable-range hopping is extended to the fractal regime where the wavefunctions of the electronic states are superlocalized.The thermopower is shown to scale as T^(D/(D+ )),where D is the fractal dimension and z the superlocalization exponent.Recent thermopower data on doped polyacetylene samples are examined and it is found that their temperature dependence agrees with the present theory.The superlocalization exponent obtained is consistent with existing theory and numerical results.We demonstrate that the data can be regarded as evidence for the superlocalization on fractal network.展开更多
The energy spectra and oscillator strength of atom Rb in strong magnetic fields are calculated.The wavefunctions obtained by an improved potential model proposed by some of us are chosen as the zero-order ones.The res...The energy spectra and oscillator strength of atom Rb in strong magnetic fields are calculated.The wavefunctions obtained by an improved potential model proposed by some of us are chosen as the zero-order ones.The results show that the diamagnetic term seems to affect substantially only high Rydberg states.And there is a maximum of oscillator strength in each n-manifold,which varies with n increased.展开更多
文摘Energies for the ground states of double electron systems in a uniform magnetic field B≤ 10 9 G are calculated by using the modified Slater basis and configuration interaction method, and the result for energy in zero magnetic field is comparable with those obtained by different methods.
基金Supported by the National Natural Science Foundation of China
文摘The theory for the thermoelectric power in the variable-range hopping is extended to the fractal regime where the wavefunctions of the electronic states are superlocalized.The thermopower is shown to scale as T^(D/(D+ )),where D is the fractal dimension and z the superlocalization exponent.Recent thermopower data on doped polyacetylene samples are examined and it is found that their temperature dependence agrees with the present theory.The superlocalization exponent obtained is consistent with existing theory and numerical results.We demonstrate that the data can be regarded as evidence for the superlocalization on fractal network.
文摘The energy spectra and oscillator strength of atom Rb in strong magnetic fields are calculated.The wavefunctions obtained by an improved potential model proposed by some of us are chosen as the zero-order ones.The results show that the diamagnetic term seems to affect substantially only high Rydberg states.And there is a maximum of oscillator strength in each n-manifold,which varies with n increased.
