dorsal/arxiv
View SchemaRational paradigm of plasma physics
| Authors | Vasily Erofeev |
|---|---|
| Categories | |
| ArXiv ID | physics/0409141 |
| URL | https://arxiv.org/abs/physics/0409141 |
Abstract
In recent studies we have multiply envisioned the irrationality of the traditional plasma kinetis [1--5]. Its basic false cornerstone was shown to be the substitution of real plasmas by plasma probabilistic ensembles [1--3]. We have created culture of plasma studies with refrain from an ensemble substitution [1-8]. We discovered intense decay of Langmuir quanta, as opposite to traditional deduction of their conservation [1-3]. The quanta decay prevents formation of Langmuir condensate in a weak Langmuir turbulence [1, Appendix], suppresses long-wavelength plasma modulational instability [3], precludes Langmuir wave collapses [1-3]. Besides, it helped to highlight the uselessness of hydrodynamic modelling of plasma nonlinear phenomena [2-3], to state an inadequateness of modelling collisionless plasma by the Vlasov equation [3], to state of inadequateness of ``Particle in Cell'' method of numerical plasma simulation to the plasma nature [3]. Finally, it was shown that existed theory undervalued notably the intensity of induced scattering of short Langmuir waves [4] and distorted physics of the electron distribution evolution during this scattering [8]. With this, an extensive revision of the plasma physics and of the theoretical physics in general are needed.
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"abstract": "In recent studies we have multiply envisioned the irrationality of the\ntraditional plasma kinetis [1--5]. Its basic false cornerstone was shown to be\nthe substitution of real plasmas by plasma probabilistic ensembles [1--3]. We\nhave created culture of plasma studies with refrain from an ensemble\nsubstitution [1-8]. We discovered intense decay of Langmuir quanta, as opposite\nto traditional deduction of their conservation [1-3]. The quanta decay prevents\nformation of Langmuir condensate in a weak Langmuir turbulence [1, Appendix],\nsuppresses long-wavelength plasma modulational instability [3], precludes\nLangmuir wave collapses [1-3]. Besides, it helped to highlight the uselessness\nof hydrodynamic modelling of plasma nonlinear phenomena [2-3], to state an\ninadequateness of modelling collisionless plasma by the Vlasov equation [3], to\nstate of inadequateness of ``Particle in Cell\u0027\u0027 method of numerical plasma\nsimulation to the plasma nature [3]. Finally, it was shown that existed theory\nundervalued notably the intensity of induced scattering of short Langmuir waves\n[4] and distorted physics of the electron distribution evolution during this\nscattering [8]. With this, an extensive revision of the plasma physics and of\nthe theoretical physics in general are needed.",
"arxiv_id": "physics/0409141",
"authors": [
"Vasily Erofeev"
],
"categories": [
"physics.plasm-ph"
],
"title": "Rational paradigm of plasma physics",
"url": "https://arxiv.org/abs/physics/0409141"
},
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