Construction of an autogenerator dynamic model applicable to nuclear processes
We propose a new method for constructing a mathematical model of a non-linear system in an auto-oscillation regime. The method is based on the divergence of a vector field having a constant value along the corresponding periodical motion. The variants of the obtained model could be used for describi...
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| Veröffentlicht in: | Nuclear Technology and Radiation Protection 2011, Vol.26 (1), p.74-77 |
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| container_title | Nuclear Technology and Radiation Protection |
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| creator | Dolicanin, Diana Amelkin, Vladimir Stefanovic, Milisav Vujisic, Milos |
| description | We propose a new method for constructing a mathematical model of a non-linear
system in an auto-oscillation regime. The method is based on the divergence
of a vector field having a constant value along the corresponding periodical
motion. The variants of the obtained model could be used for describing
nuclear processes that are represented by the systems of differential
equations analogous to that of the presented model.
U radu se iznosi predlog nove metode za konstruisanje matematickog modela
nelinearnog sistema u auto-oscilujucem rezimu. Metoda se zasniva na osobini
divergencije vektorskog polja da ima konstantnu vrednost duz zadatog
periodicnog kretanja. Varijante ovako dobijenog modela mogu da se koriste za
opisivanje nuklearnih procesa koji se predstavljaju sistemima diferencijalnih
jednacina analognim sistemu izlozenog modela.
PR Projekat Ministarstva nauke Republike Srbije, br. 171007 |
| doi_str_mv | 10.2298/NTRP1101074D |
| format | Article |
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system in an auto-oscillation regime. The method is based on the divergence
of a vector field having a constant value along the corresponding periodical
motion. The variants of the obtained model could be used for describing
nuclear processes that are represented by the systems of differential
equations analogous to that of the presented model.
U radu se iznosi predlog nove metode za konstruisanje matematickog modela
nelinearnog sistema u auto-oscilujucem rezimu. Metoda se zasniva na osobini
divergencije vektorskog polja da ima konstantnu vrednost duz zadatog
periodicnog kretanja. Varijante ovako dobijenog modela mogu da se koriste za
opisivanje nuklearnih procesa koji se predstavljaju sistemima diferencijalnih
jednacina analognim sistemu izlozenog modela.
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system in an auto-oscillation regime. The method is based on the divergence
of a vector field having a constant value along the corresponding periodical
motion. The variants of the obtained model could be used for describing
nuclear processes that are represented by the systems of differential
equations analogous to that of the presented model.
U radu se iznosi predlog nove metode za konstruisanje matematickog modela
nelinearnog sistema u auto-oscilujucem rezimu. Metoda se zasniva na osobini
divergencije vektorskog polja da ima konstantnu vrednost duz zadatog
periodicnog kretanja. Varijante ovako dobijenog modela mogu da se koriste za
opisivanje nuklearnih procesa koji se predstavljaju sistemima diferencijalnih
jednacina analognim sistemu izlozenog modela.
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system in an auto-oscillation regime. The method is based on the divergence
of a vector field having a constant value along the corresponding periodical
motion. The variants of the obtained model could be used for describing
nuclear processes that are represented by the systems of differential
equations analogous to that of the presented model.
U radu se iznosi predlog nove metode za konstruisanje matematickog modela
nelinearnog sistema u auto-oscilujucem rezimu. Metoda se zasniva na osobini
divergencije vektorskog polja da ima konstantnu vrednost duz zadatog
periodicnog kretanja. Varijante ovako dobijenog modela mogu da se koriste za
opisivanje nuklearnih procesa koji se predstavljaju sistemima diferencijalnih
jednacina analognim sistemu izlozenog modela.
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| ispartof | Nuclear Technology and Radiation Protection, 2011, Vol.26 (1), p.74-77 |
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| language | eng |
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| source | DOAJ Directory of Open Access Journals; Elektronische Zeitschriftenbibliothek - Frei zugängliche E-Journals; Free Full-Text Journals in Chemistry |
| subjects | autogenerator dynamical system modeling nuclear processes phononic excitations |
| title | Construction of an autogenerator dynamic model applicable to nuclear processes |
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