Korytchenko K. Formation of pulsed gas-discharge streams in the improved acceleration method of a detonation initiation

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0406U002110

Thesis Registration Form

0406U002110.pdf

Applicant for

Specialization

  • 01.04.08 - Фізика плазми

14-04-2006

Specialized Academic Board

Д 64.051.12

V.N. Karazin Kharkiv National University

Essay

The dissertation has to solve a problem of effective obtaining of a high-speed gas-discharge streams propagating in a dense fuel-air environment. A technique for calculating plasma-wave system parameters and requirements for control of pulsed arc by an external electrical circuit was created. Fusion of the system and the operating conditions has been used in the method. Influences of the initial pressure in the discharge cavity, field in the pulsed arc and air moistening on a speed of forward front propagation of the gas-discharge stream have been investigated for the plasma-wave system.

Read more

Files

aref.doc

dis.pdf

Similar theses

0424U000072

Yuliia S. Kulyk

Numerical modelling of the radio-frequency plasma production in stellarators

0422U100085

Kudin Dmytro Viktorovych

Low-temperature nonequilibrium plasma-chemical processes in a barrierless gas discharge of atmospheric pressure in air with hydrocarbon admixture

0522U100055

Olshansky Valentyn V.

Parametric kinetic instability and plasma turbulence in gas discharges and thermonuclear devices.

0421U103011

Leleko Yakiv Feliksovich

Physical phenomena in the sheath at the boundary of weakly ionized plasma

0421U102858

Tyshchenko Margaryta H.

Propagation of Alfven waves and energy transfer across magnetic surfaces in toroidal plasmas.