Probe diagnostics of plasma generated by a volume source of fission fragments in the active zone of stationary nuclear reactor WWR-K

Authors

  • S. Kunakov International University of Information Technologies, 34 "A"/8 "A" Manasa/Zhandosov str., 050040 Almaty
  • E. Son Joint Institute of High Temperature AS
  • A. Shapiyeva International University of Information Technologies, 34 "A"/8 "A" Manasa/Zhandosov str., 050040 Almaty

DOI:

https://doi.org/10.26577/phst-2016-1-96
        41 27

Keywords:

Probe diagnostics, helium plasma, fission fragments, nuclear reactor

Abstract

This paper presents the theory and the experimental results of probe diagnostics for high-pressure nuclear induced plasma in the presence of negative ions and mathematical description based on the hydrodynamic approximation and methodological recommendations are given to define that concentrations of charged particles in the plasma on the basis of numerical calculations. 3He + UF6 plasma is generated by the nuclear reaction products 3He + n + p → p + T + 0.76 MeV. 

References

[1] M. Benilov. Teoriya electricheskih zondov v potokah slaboionizirovannoi plazmy vysokogo davleniya. Teplofizika vysokih temperatur. – Vol. 26, 1988. – P. 5.
[2] M. Bektursunova. S. Kunakov. Asimptotiches-kaya teoriya sfericheskogo electrostaticheskogo zonda v stolknovitelnoi plazme. obrazovannoi produktami yadernyh reakcyi. Teplofizika vysokih temperatur. – Vol.30, 1992. – P. 2.
[3] S.K. Kunakov. E.Ye. Son. A. Ye. Shapiyeva. Probe diagnostics of 3He+UF6 plasma. generated in the core of nuclear reactor WWW–K // International Journal of Mathematics and Physics. – 2015. – Vol.6. – No.1. – P.69–74.
[4] I. Bronshtein. B.Fraiman. Vtorichnaya elec-tronnaya emissiya. – Moscow, 1969.
[5] V. Dmitrievski. Ye. Voinov. S. Tetelbaum. Primenenie UF6 v yadernyh energeticheskih ustanovkah // Atomnaya energiya. – 1970 – N.4. – Vol. 29. –P. 45–52.

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How to Cite

Kunakov, S., Son, E., & Shapiyeva, A. (2017). Probe diagnostics of plasma generated by a volume source of fission fragments in the active zone of stationary nuclear reactor WWR-K. Physical Sciences and Technology, 3(1), 73–81. https://doi.org/10.26577/phst-2016-1-96

Issue

Vol. 3 No. 1 (2016): PHYSICAL SCIENCES AND TECHNOLOGY

Section

Nuclear Physics and Related Techology

License

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