Add to ORKGCalculations of gamma-ray spectral linewidths for positron annihilation of noble gases and small molecules are presented. It is found useful to reveal electron correlation contributions from atomic or molecular electrons in the annihilation processes
The reasons for not expecting the energy of annihilation radiation to exactly equal the electron res...
This paper is devoted to study many-body effects in the positron annihilation experiment, both elect...
Positronium atoms (Ps) are widely used as a probe to characterize voids or vacancies in non-metallic...
The Doppler-shift spectra of the -rays from positron annihilation in molecules were determined by us...
Gamma-ray positron annihilation spectra of the noble gases are simulated using computational chemist...
Calculations of γ-spectra for positron annihilation on a selection of molecules, including methane a...
A many-body theory approach to the calculation of gamma spectra of positron annihilation on many-ele...
Chemical phenomena are largely determined by the behaviour of electrons in atoms or molecules. Knowl...
Spectra of gamma-ray Doppler shifts for positron annihilation in benzene and its fluoro-derivatives ...
Abstract. We have applied many-body theory methods to study the interaction of low-energy positrons ...
Electron correlation, caused by the interaction among electrons in a multielectron system, manifests...
The angular correlation between annihilation quanta due to the decay of positrons in eleven differen...
The positron and electron band structures are calculated for the rare-gas solids Ne, Ar, Kr, and Xe ...
Effect of positron–atom interactions on the annihilation gamma spectra of molecules This article has...
A method describing the calculation of the momentum density of annihilating electron-positron pairs ...
The reasons for not expecting the energy of annihilation radiation to exactly equal the electron res...
This paper is devoted to study many-body effects in the positron annihilation experiment, both elect...
Positronium atoms (Ps) are widely used as a probe to characterize voids or vacancies in non-metallic...
The Doppler-shift spectra of the -rays from positron annihilation in molecules were determined by us...
Gamma-ray positron annihilation spectra of the noble gases are simulated using computational chemist...
Calculations of γ-spectra for positron annihilation on a selection of molecules, including methane a...
A many-body theory approach to the calculation of gamma spectra of positron annihilation on many-ele...
Chemical phenomena are largely determined by the behaviour of electrons in atoms or molecules. Knowl...
Spectra of gamma-ray Doppler shifts for positron annihilation in benzene and its fluoro-derivatives ...
Abstract. We have applied many-body theory methods to study the interaction of low-energy positrons ...
Electron correlation, caused by the interaction among electrons in a multielectron system, manifests...
The angular correlation between annihilation quanta due to the decay of positrons in eleven differen...
The positron and electron band structures are calculated for the rare-gas solids Ne, Ar, Kr, and Xe ...
Effect of positron–atom interactions on the annihilation gamma spectra of molecules This article has...
A method describing the calculation of the momentum density of annihilating electron-positron pairs ...
The reasons for not expecting the energy of annihilation radiation to exactly equal the electron res...
This paper is devoted to study many-body effects in the positron annihilation experiment, both elect...
Positronium atoms (Ps) are widely used as a probe to characterize voids or vacancies in non-metallic...