Abstract
Using the Lagrangian formalism for constrained systems all gauge symmetries peculiar for a given Lagrangian system and in establishing the relation between them and the constraints are constructed. Besides, the question about the possible dependence of gauge transformations on accelerations and other higher order time derivatives of coordinates is clarified. 14 refs.
Citation Formats
Pyatov, P N.
Lagrangian formalism for constrained systems. 2. Gauge symmetries; Lagranzhev formalizm dlya sistem so svyazyami. 2. Kalibrovochnye simmetrii.
USSR: N. p.,
1990.
Web.
Pyatov, P N.
Lagrangian formalism for constrained systems. 2. Gauge symmetries; Lagranzhev formalizm dlya sistem so svyazyami. 2. Kalibrovochnye simmetrii.
USSR.
Pyatov, P N.
1990.
"Lagrangian formalism for constrained systems. 2. Gauge symmetries; Lagranzhev formalizm dlya sistem so svyazyami. 2. Kalibrovochnye simmetrii."
USSR.
@misc{etde_10135939,
title = {Lagrangian formalism for constrained systems. 2. Gauge symmetries; Lagranzhev formalizm dlya sistem so svyazyami. 2. Kalibrovochnye simmetrii}
author = {Pyatov, P N}
abstractNote = {Using the Lagrangian formalism for constrained systems all gauge symmetries peculiar for a given Lagrangian system and in establishing the relation between them and the constraints are constructed. Besides, the question about the possible dependence of gauge transformations on accelerations and other higher order time derivatives of coordinates is clarified. 14 refs.}
place = {USSR}
year = {1990}
month = {Dec}
}
title = {Lagrangian formalism for constrained systems. 2. Gauge symmetries; Lagranzhev formalizm dlya sistem so svyazyami. 2. Kalibrovochnye simmetrii}
author = {Pyatov, P N}
abstractNote = {Using the Lagrangian formalism for constrained systems all gauge symmetries peculiar for a given Lagrangian system and in establishing the relation between them and the constraints are constructed. Besides, the question about the possible dependence of gauge transformations on accelerations and other higher order time derivatives of coordinates is clarified. 14 refs.}
place = {USSR}
year = {1990}
month = {Dec}
}