Probe diagnostics of 63UFHe plasma, generated in the core of nuclear reactor WWW–K
Keywords:
helium, uranium hexafluoride, mixture, probe diagnostics, nuclear energy, fission fragment.Abstract
In the present paper experimental results of probe measurements in nuclear induced plasma in the presence of negative ions are presented and used to define the ratio of electrons and negative ions di-rectly taken from electrostatic probe volt–ampere characteristic (VAC) inserted in the mixture. The nuclear induced plasma in the core of nuclear reactor was created by the following nuclear reactionReferences
1. Kunakov S.K., Son E.E. Probe Diagnostics of Nuclear Excited Plasma of Uranium Hexafluoride // High Temperature. – 2010. – Vol.48. – N. 6. –
P.789–805.
2. R.H. Huddlestone, S.L. Leonard. Plasma Diagnostics Techniques. – New York–London: Academic Press, 1965.
3. P.M. Chung, L. Talbot, K.J. Touryan. Electric probes in stationary and flowing plasmas. – New York: Theory and Application, 1975.
4. Kunakov S.K. Zondovaya diagnostika yaderno– vozbuzhdaemoj plazmy ,soderzhashhej otricatelnye iony // Zhurnal Problem Evolyucii Otkrytyx
Sistem. – 2009. – Vol.1. –N. 11. – P.45–48.
5. Leffert C.B., Reese D.B., Jamerson F.E. Noble Gas Plasmas Produced by Fission Fragments // J.Appl.Phys. – 1966. – Vol.37. – P.133–142.
6. Nguyen D.H., Grossmsan L.M. Ionization by Fission Fragments Escaping from Source Medium // Nucl.Sci. and Engin. – 1967. – Vol.30. – P.233–241.
7. Guyot J.C., Miley G.H., Verdeyen J.T. Application of a Two Region Heavy Charged Particle Model to Noble Gas Plasmas Induced by Nuclear
Radiation // Nucl. Sci. and Engin. –1972. – Vol.48. – P.372–386.
8. Kunakov S.K. Zondovaya diagnostika yaderno– vozbuzhdaemoj plazmy geksaftorida urana // Vestnik Kazaxskogo Gosudarstvennogo niversitetia
Al–Farabi. – 2010. – Vol.33. – N. 2. – P.15–17.
9. Benilov M.S. Teoriya elektricheskix zondov v potokax slaboionizirovannoj plazmy vysokogo davleniya // TVT. – 1988. – Vol.26. – N. 5. – P.993–1004.
P.789–805.
2. R.H. Huddlestone, S.L. Leonard. Plasma Diagnostics Techniques. – New York–London: Academic Press, 1965.
3. P.M. Chung, L. Talbot, K.J. Touryan. Electric probes in stationary and flowing plasmas. – New York: Theory and Application, 1975.
4. Kunakov S.K. Zondovaya diagnostika yaderno– vozbuzhdaemoj plazmy ,soderzhashhej otricatelnye iony // Zhurnal Problem Evolyucii Otkrytyx
Sistem. – 2009. – Vol.1. –N. 11. – P.45–48.
5. Leffert C.B., Reese D.B., Jamerson F.E. Noble Gas Plasmas Produced by Fission Fragments // J.Appl.Phys. – 1966. – Vol.37. – P.133–142.
6. Nguyen D.H., Grossmsan L.M. Ionization by Fission Fragments Escaping from Source Medium // Nucl.Sci. and Engin. – 1967. – Vol.30. – P.233–241.
7. Guyot J.C., Miley G.H., Verdeyen J.T. Application of a Two Region Heavy Charged Particle Model to Noble Gas Plasmas Induced by Nuclear
Radiation // Nucl. Sci. and Engin. –1972. – Vol.48. – P.372–386.
8. Kunakov S.K. Zondovaya diagnostika yaderno– vozbuzhdaemoj plazmy geksaftorida urana // Vestnik Kazaxskogo Gosudarstvennogo niversitetia
Al–Farabi. – 2010. – Vol.33. – N. 2. – P.15–17.
9. Benilov M.S. Teoriya elektricheskix zondov v potokax slaboionizirovannoj plazmy vysokogo davleniya // TVT. – 1988. – Vol.26. – N. 5. – P.993–1004.
Downloads
Published
2015-11-11
How to Cite
Kunakov, S., Son, E., & Shapiyeva, A. (2015). Probe diagnostics of 63UFHe plasma, generated in the core of nuclear reactor WWW–K. International Journal of Mathematics and Physics, 6(1), 69–74. Retrieved from https://ijmph.kaznu.kz/index.php/kaznu/article/view/122
Issue
Section
Theoretical Physics and Plasma Physics
