Abstract
The equations describing the propagation of the first, second and fourth sound in the relativistic theory of superfluidity are derived with account for dissipation. The expressions for the velocity of the first, second and fourth sound are obtained. (author). 4 refs.
Citation Formats
Vyil`chins`kij, S Yi.
First, second and fourth sound in relativistic superfluidity theory with account for dissipative effects; Pershij, drugij ta chetvertij zvuki v relyativyists`kij teoryiyi nadplinnostyi z urakhuvannyam disipativnykh efektyiv.
Ukraine: N. p.,
1993.
Web.
Vyil`chins`kij, S Yi.
First, second and fourth sound in relativistic superfluidity theory with account for dissipative effects; Pershij, drugij ta chetvertij zvuki v relyativyists`kij teoryiyi nadplinnostyi z urakhuvannyam disipativnykh efektyiv.
Ukraine.
Vyil`chins`kij, S Yi.
1993.
"First, second and fourth sound in relativistic superfluidity theory with account for dissipative effects; Pershij, drugij ta chetvertij zvuki v relyativyists`kij teoryiyi nadplinnostyi z urakhuvannyam disipativnykh efektyiv."
Ukraine.
@misc{etde_10130910,
title = {First, second and fourth sound in relativistic superfluidity theory with account for dissipative effects; Pershij, drugij ta chetvertij zvuki v relyativyists`kij teoryiyi nadplinnostyi z urakhuvannyam disipativnykh efektyiv}
author = {Vyil`chins`kij, S Yi}
abstractNote = {The equations describing the propagation of the first, second and fourth sound in the relativistic theory of superfluidity are derived with account for dissipation. The expressions for the velocity of the first, second and fourth sound are obtained. (author). 4 refs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}
title = {First, second and fourth sound in relativistic superfluidity theory with account for dissipative effects; Pershij, drugij ta chetvertij zvuki v relyativyists`kij teoryiyi nadplinnostyi z urakhuvannyam disipativnykh efektyiv}
author = {Vyil`chins`kij, S Yi}
abstractNote = {The equations describing the propagation of the first, second and fourth sound in the relativistic theory of superfluidity are derived with account for dissipation. The expressions for the velocity of the first, second and fourth sound are obtained. (author). 4 refs.}
place = {Ukraine}
year = {1993}
month = {Dec}
}