Plasma Module Based on High Frequency Torch Plasmatron for the Research of the Processes of Plasma Utilization and Immobilization of Closed NFC Wastes

A.G. Karengin; A.A. Karengin; I.Yu. Novoselov; Nikolay V. Tundeshev

doi:10.4028/www.scientific.net/AMR.1084.158

Paper Titles

First Principle Calculations of Diffusion Barriers for Hydrogen in α-Zirconium
p.133

Form-Factors of Relativistic Electron Bunches in Polarization Radiation
p.138

Manifestation of the Spin in the Isotope Effects
p.147

Nonlinear Electrodynamic Effects of the Torch Discharge Argon Plasma
p.152

Plasma Module Based on High Frequency Torch Plasmatron for the Research of the Processes of Plasma Utilization and Immobilization of Closed NFC Wastes
p.158

Portable Gamma-Ray Spectrometer for High Intensity Beam Measuring
p.162

Spontaneous Radiation and Quantum Dynamics of Biological Plasma
p.168

Calculation and Optimization of Plasma Processes of Utilization and Immobilization of Silts in Low Radioactive LRW Storage Pools
p.173

Calculation and Optimization of Plasma-Based Utilization Process of Inflammable Wastes after Reprocessing of Spent Nuclear Fuel of Closed Nuclear Cycle
p.178

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Plasma Module Based on High Frequency Torch Plasmatron for the Research of the Processes of Plasma Utilization and Immobilization of Closed NFC Wastes

Abstract:

This article shows the dependence of high frequency torch (HFT) plasmatron parameters on external mode settings. The optimal operation of the plasma stand is achieved experimentally; the numerical characteristics of this mode are calculated. Based on the burning indicators of the combustible waste percentage, the possibility of using plasma stand for disposal of these wastes was concluded.