We investigate the momentum space representation of the solutions of a particle in a three-dimensional box. By comparing the calculated momentum densities of a particle in a box with the measured distribution of highly symmetric molecules we want to elucidate the nature of the measured orbitals. Finally the measured momentum distribution of a free electron metal is compared with the results of this model
Electron momentum spectroscopy is a tool ideally suited for the study of energy-resolved momentum de...
We study the electron as a system composed of an electron and a photon and derive the leading-twist ...
Energy and wave function are the heart and soul of Schrödinger quantum mechanics. Electron momentum ...
The average electron density in momentum space, viz.(γ), where γ(p) is the electron moment...
Atomic and molecular symmetry properties for the wave functions and electronic densities in position...
Electron density and electron momentum density, while independently tractable experimentally, bear n...
In Part 1, the history and current situation concerning the determination of electron momentum distr...
The scope of the quasiclassical procedure previously used by us for estimating atomic-electron momen...
Electron density distributions in momentum space of the outer valence orbitals of ethylene are meas...
In electron momentum spectroscopy (EMS), an incoming energetic electron (50 keV in this work) ionize...
Semi-classical phase space considerations are used in order to find a relation between single partic...
A local-density-functional model in momentum space enabling direct calculations of electron momentum...
A local-density-functional model in momentum space enabling direct calculations of electron momentum...
The experimentally obtainable moments of momentum have become a standard way to evaluate the perform...
The experimentally obtainable moments of momentum have become a standard way to evaluate the perform...
Electron momentum spectroscopy is a tool ideally suited for the study of energy-resolved momentum de...
We study the electron as a system composed of an electron and a photon and derive the leading-twist ...
Energy and wave function are the heart and soul of Schrödinger quantum mechanics. Electron momentum ...
The average electron density in momentum space, viz.(γ), where γ(p) is the electron moment...
Atomic and molecular symmetry properties for the wave functions and electronic densities in position...
Electron density and electron momentum density, while independently tractable experimentally, bear n...
In Part 1, the history and current situation concerning the determination of electron momentum distr...
The scope of the quasiclassical procedure previously used by us for estimating atomic-electron momen...
Electron density distributions in momentum space of the outer valence orbitals of ethylene are meas...
In electron momentum spectroscopy (EMS), an incoming energetic electron (50 keV in this work) ionize...
Semi-classical phase space considerations are used in order to find a relation between single partic...
A local-density-functional model in momentum space enabling direct calculations of electron momentum...
A local-density-functional model in momentum space enabling direct calculations of electron momentum...
The experimentally obtainable moments of momentum have become a standard way to evaluate the perform...
The experimentally obtainable moments of momentum have become a standard way to evaluate the perform...
Electron momentum spectroscopy is a tool ideally suited for the study of energy-resolved momentum de...
We study the electron as a system composed of an electron and a photon and derive the leading-twist ...
Energy and wave function are the heart and soul of Schrödinger quantum mechanics. Electron momentum ...