Abstract
Two-particle correlations for both identical and unlike pion pairs are considered using the method of ensemble of sources with random phases. The dependence of the interferometric size of sources and coherence parameter on the source size and mean-squared momentum of the emitted pions is found. 9 refs.; 1 fig. (author).
Citation Formats
Sinyukov, Yu M, and Tolstykh, A Yu.
Coherence influence on the intensity of Bose-Einstein correlations and visible size of a source.
Ukraine: N. p.,
1992.
Web.
Sinyukov, Yu M, & Tolstykh, A Yu.
Coherence influence on the intensity of Bose-Einstein correlations and visible size of a source.
Ukraine.
Sinyukov, Yu M, and Tolstykh, A Yu.
1992.
"Coherence influence on the intensity of Bose-Einstein correlations and visible size of a source."
Ukraine.
@misc{etde_10127985,
title = {Coherence influence on the intensity of Bose-Einstein correlations and visible size of a source}
author = {Sinyukov, Yu M, and Tolstykh, A Yu}
abstractNote = {Two-particle correlations for both identical and unlike pion pairs are considered using the method of ensemble of sources with random phases. The dependence of the interferometric size of sources and coherence parameter on the source size and mean-squared momentum of the emitted pions is found. 9 refs.; 1 fig. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}
title = {Coherence influence on the intensity of Bose-Einstein correlations and visible size of a source}
author = {Sinyukov, Yu M, and Tolstykh, A Yu}
abstractNote = {Two-particle correlations for both identical and unlike pion pairs are considered using the method of ensemble of sources with random phases. The dependence of the interferometric size of sources and coherence parameter on the source size and mean-squared momentum of the emitted pions is found. 9 refs.; 1 fig. (author).}
place = {Ukraine}
year = {1992}
month = {Dec}
}