Abstract
The dynamics of autovibration processes in a system of narrow-band autogenerators coupled by distributive manner with a delayed feedback is considered. A system of self-consistent equations describing space-time dynamics of HF field excitation in coupled electrodynamic delaying structures is obtained. Numerical modelling shows that the introduction of a coupling between autogenerators leads to decreasing of non-equilibrium parameter in a dynamic system compared with an isolated autogenerator. The effectivity of electron beam energy transfer into electromagnetic radiation energy is defined. 29 refs.; 6 figs. (author).
Citation Formats
Ostrovskij, A O, and Tkach, Yu V.
Non-linear dynamics of automodulation processes in coupled distributed autovibration systems with delay; Nelinejnaya dinamika avtomodulyatsionnykh protsessov v svyazannykh raspredelennykh avtokolebatel`nykh sistemakh s zapazdyvaniem.
Ukraine: N. p.,
1991.
Web.
Ostrovskij, A O, & Tkach, Yu V.
Non-linear dynamics of automodulation processes in coupled distributed autovibration systems with delay; Nelinejnaya dinamika avtomodulyatsionnykh protsessov v svyazannykh raspredelennykh avtokolebatel`nykh sistemakh s zapazdyvaniem.
Ukraine.
Ostrovskij, A O, and Tkach, Yu V.
1991.
"Non-linear dynamics of automodulation processes in coupled distributed autovibration systems with delay; Nelinejnaya dinamika avtomodulyatsionnykh protsessov v svyazannykh raspredelennykh avtokolebatel`nykh sistemakh s zapazdyvaniem."
Ukraine.
@misc{etde_10135461,
title = {Non-linear dynamics of automodulation processes in coupled distributed autovibration systems with delay; Nelinejnaya dinamika avtomodulyatsionnykh protsessov v svyazannykh raspredelennykh avtokolebatel`nykh sistemakh s zapazdyvaniem}
author = {Ostrovskij, A O, and Tkach, Yu V}
abstractNote = {The dynamics of autovibration processes in a system of narrow-band autogenerators coupled by distributive manner with a delayed feedback is considered. A system of self-consistent equations describing space-time dynamics of HF field excitation in coupled electrodynamic delaying structures is obtained. Numerical modelling shows that the introduction of a coupling between autogenerators leads to decreasing of non-equilibrium parameter in a dynamic system compared with an isolated autogenerator. The effectivity of electron beam energy transfer into electromagnetic radiation energy is defined. 29 refs.; 6 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}
title = {Non-linear dynamics of automodulation processes in coupled distributed autovibration systems with delay; Nelinejnaya dinamika avtomodulyatsionnykh protsessov v svyazannykh raspredelennykh avtokolebatel`nykh sistemakh s zapazdyvaniem}
author = {Ostrovskij, A O, and Tkach, Yu V}
abstractNote = {The dynamics of autovibration processes in a system of narrow-band autogenerators coupled by distributive manner with a delayed feedback is considered. A system of self-consistent equations describing space-time dynamics of HF field excitation in coupled electrodynamic delaying structures is obtained. Numerical modelling shows that the introduction of a coupling between autogenerators leads to decreasing of non-equilibrium parameter in a dynamic system compared with an isolated autogenerator. The effectivity of electron beam energy transfer into electromagnetic radiation energy is defined. 29 refs.; 6 figs. (author).}
place = {Ukraine}
year = {1991}
month = {Dec}
}