Methods of extracting the full shape of the electron-positron momentum density from experimental angular correlation of positron annihilation radiation curves are discussed. The proposed analysis of experimental data allows more reliable verification of the form of electron-positron enhancement factors near the Fermi surface in simple metals
Abstract: We describe the two dimensional angular correlation of positron annihilation radiation (2D...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
We demonstrate which kind of information on the electronic structure one can get from one-dimensiona...
Electron-positron (e-p) momentum densities in Mg are studied using three different sets of angular c...
Includes bibliographical references (pages [57-58])Many physical properties of metals and alloys are...
La corrélation angulaire du rayonnement d'annihilation (ACAR) des positrons introduits dans un crist...
The theory of positron annihilation in metals, including electron-positron and electron-electron int...
An experiment to measure the effective mass m+ of positrons in metals is discussed. We take advantag...
A method describing the calculation of the momentum density of annihilating electron-positron pairs ...
Positron annihilation rates in metals were calculated using the enhancement factors of Boronski and ...
Includes bibliographical references.Includes illustrations.Positron-electron annihilations in metals...
The angular distribution of the annihilation radiation from slow positrons in copper has been determ...
The angular correlation between annihilation quanta due to the decay of positrons in eleven differen...
The well known Fermi surface of copper is used to test a newly conceived two dimensional angular cor...
Earlier theoretical studies, as well as recent calculations of positron annihilation rates in metals...
Abstract: We describe the two dimensional angular correlation of positron annihilation radiation (2D...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
We demonstrate which kind of information on the electronic structure one can get from one-dimensiona...
Electron-positron (e-p) momentum densities in Mg are studied using three different sets of angular c...
Includes bibliographical references (pages [57-58])Many physical properties of metals and alloys are...
La corrélation angulaire du rayonnement d'annihilation (ACAR) des positrons introduits dans un crist...
The theory of positron annihilation in metals, including electron-positron and electron-electron int...
An experiment to measure the effective mass m+ of positrons in metals is discussed. We take advantag...
A method describing the calculation of the momentum density of annihilating electron-positron pairs ...
Positron annihilation rates in metals were calculated using the enhancement factors of Boronski and ...
Includes bibliographical references.Includes illustrations.Positron-electron annihilations in metals...
The angular distribution of the annihilation radiation from slow positrons in copper has been determ...
The angular correlation between annihilation quanta due to the decay of positrons in eleven differen...
The well known Fermi surface of copper is used to test a newly conceived two dimensional angular cor...
Earlier theoretical studies, as well as recent calculations of positron annihilation rates in metals...
Abstract: We describe the two dimensional angular correlation of positron annihilation radiation (2D...
New methods are discussed to improve defect analysis. The first method employs mapping of two shape ...
We demonstrate which kind of information on the electronic structure one can get from one-dimensiona...