Abstract
Quantization based on general quantum mechanical arguments is carried out for asymptotic values of momenta of decay products of hadronic resonances. Mass formula for hadronic resonances is obtained with making use of the above mentioned quantization conditions. Calculated spectra having a structure similar to that of the Balmer series are compared with the experimental data; the corresponding mass formula can be used for predictions of new possible resonances and their searches. (author.). 45 refs.; 2 figs.; 3 tabs.
Citation Formats
Gareev, F A, Ratis, Yu L, and Strokovskij, E A.
Bohr`s quantization rule in the world of resonances of elementary particles.
JINR: N. p.,
1993.
Web.
Gareev, F A, Ratis, Yu L, & Strokovskij, E A.
Bohr`s quantization rule in the world of resonances of elementary particles.
JINR.
Gareev, F A, Ratis, Yu L, and Strokovskij, E A.
1993.
"Bohr`s quantization rule in the world of resonances of elementary particles."
JINR.
@misc{etde_10157387,
title = {Bohr`s quantization rule in the world of resonances of elementary particles}
author = {Gareev, F A, Ratis, Yu L, and Strokovskij, E A}
abstractNote = {Quantization based on general quantum mechanical arguments is carried out for asymptotic values of momenta of decay products of hadronic resonances. Mass formula for hadronic resonances is obtained with making use of the above mentioned quantization conditions. Calculated spectra having a structure similar to that of the Balmer series are compared with the experimental data; the corresponding mass formula can be used for predictions of new possible resonances and their searches. (author.). 45 refs.; 2 figs.; 3 tabs.}
place = {JINR}
year = {1993}
month = {Dec}
}
title = {Bohr`s quantization rule in the world of resonances of elementary particles}
author = {Gareev, F A, Ratis, Yu L, and Strokovskij, E A}
abstractNote = {Quantization based on general quantum mechanical arguments is carried out for asymptotic values of momenta of decay products of hadronic resonances. Mass formula for hadronic resonances is obtained with making use of the above mentioned quantization conditions. Calculated spectra having a structure similar to that of the Balmer series are compared with the experimental data; the corresponding mass formula can be used for predictions of new possible resonances and their searches. (author.). 45 refs.; 2 figs.; 3 tabs.}
place = {JINR}
year = {1993}
month = {Dec}
}