Add to ORKGMeasurements of direct Coulomb electron-positron pair production have been made on the tracks of relativistic heavy ions in nuclear track emulsion. Tracks of 0(16) and S(32) at 200 GeV/nucleon were studied. The measured total cross sections and energy and emission angle distributions for the pair members are compared to theoretical predictions. The data are consistent with some recent calculations when knock-on electron contamination is accounted for
Atomic excitations are used to obtain information on the course of a nuclear reaction. Employing a s...
Modern cosmic ray transport codes, that are capable of use for a variety of applications, need to in...
We calculate the cross sections for the production of one and more electron-positron pairs due to th...
Measurements and theoretical predictions of the Coulomb cross section for the production of direct e...
Recently, new calculations were made of the direct Coulomb pair cross section that rely less in arbi...
It is proposed to study the direct production of electron pairs produced when a high energy proton i...
Positron creation in crossed-beam collisions of high-energy, fully stripped heavy ions is investigat...
The total cross section for direct pair production by electrons in the field of a heavy nucleus is ...
Internal conversion of γ rays from Coulomb-excited nuclear levels cannot be neglected compared with ...
The production of electron-positron pairs with the capture of the electron in an atomic orbital is i...
We calculate angular correlations between coincident electron-positron pairs emitted in heavy-ion co...
A theoretical investigation of the bound-free electron-positron pair production in relativistic heav...
In recent years, a large number of papers have appeared that dealt with e(+)e(-) pair production in ...
Modern cosmic ray transport codes, that are capable of use for a variety of applications, need to in...
In the collision of two heavy ions the strong repulsion coming from the Coulomb field is enough to p...
Atomic excitations are used to obtain information on the course of a nuclear reaction. Employing a s...
Modern cosmic ray transport codes, that are capable of use for a variety of applications, need to in...
We calculate the cross sections for the production of one and more electron-positron pairs due to th...
Measurements and theoretical predictions of the Coulomb cross section for the production of direct e...
Recently, new calculations were made of the direct Coulomb pair cross section that rely less in arbi...
It is proposed to study the direct production of electron pairs produced when a high energy proton i...
Positron creation in crossed-beam collisions of high-energy, fully stripped heavy ions is investigat...
The total cross section for direct pair production by electrons in the field of a heavy nucleus is ...
Internal conversion of γ rays from Coulomb-excited nuclear levels cannot be neglected compared with ...
The production of electron-positron pairs with the capture of the electron in an atomic orbital is i...
We calculate angular correlations between coincident electron-positron pairs emitted in heavy-ion co...
A theoretical investigation of the bound-free electron-positron pair production in relativistic heav...
In recent years, a large number of papers have appeared that dealt with e(+)e(-) pair production in ...
Modern cosmic ray transport codes, that are capable of use for a variety of applications, need to in...
In the collision of two heavy ions the strong repulsion coming from the Coulomb field is enough to p...
Atomic excitations are used to obtain information on the course of a nuclear reaction. Employing a s...
Modern cosmic ray transport codes, that are capable of use for a variety of applications, need to in...
We calculate the cross sections for the production of one and more electron-positron pairs due to th...