|
|
|
AUTHOR(S): Mohammedi Ferhat, Laggoun Chaouki
|
|
TITLE Simulation Mass Flows Quantum Level Spectroscopy in Nozzles for Applications in Gas Lasers |
 PDF |
|
ABSTRACT The main objectives of work in this area are, first, obtaining the high laser energies in short time durations needed for the feasibility studies of laser induced thermodynamically exothermic CLs chemical, second, investigating the physical principles that can be used to make laser sources capable of delivering high average powers. But the chemical laser makes use of the only chemical reaction in order to generate the excited atoms or molecules at a high temperature. It is the advantage to help the considerable amount of chemical energy from the chemical reaction to form the excited atoms or molecules, which make the chemical laser, have considerably high efficiency of energy transformation and generate high power laser beam. The feasibility and effectiveness of the proposed method is demonstrated by computer. |
|
KEYWORDS laser, modelling, simulation, gas ,nozzles |
|
|
|
Cite this paper Mohammedi Ferhat, Laggoun Chaouki. (2023) Simulation Mass Flows Quantum Level Spectroscopy in Nozzles for Applications in Gas Lasers. International Journal of Applied Physics, 8, 41-43 |
|
|
