Author: W. Sharkawy Abdel-RaoofPublisher:
ISBN:
Category :
Languages : en
Pages : 225
Book Description
Interaction of CO2- Laser Radiation with Dense Plasma
Author: W. Sharkawy Abdel-RaoofPublisher:
ISBN:
Category :
Languages : en
Pages : 225
Book Description
Interaction of CO2 Laser Light with a Dense Z-pinch Plasma
Author: Georg F. AlbrechtPublisher:
ISBN:
Category : Lasers
Languages : en
Pages : 206
Book Description
Experimental and computational results on the interaction of carbon dioxide laser radiation with a dense plasma
Author: Malcolm Stuart WhiteInteraction of CO?b2?s- Laser Radiation with Dense Plasma
Author: W. Sharkawy Abdel-RaoofInteraction of COss2- Laser Radiation with Dense Plasma
Author: W. Sharkawy Abdel-RaoofInteraction of CO0!- Laser Radiation with Dense Plasma
Author: W. Sharkawy Abdel-RaoofPublisher:
ISBN:
Category : Optics
Languages : en
Pages :
Book Description
Theoretical Studies of Laser Light Interaction and Optical and X-Ray Emission from Dense Metallic Plasmas
Author: J. J. DuderstadtPublisher:
ISBN:
Category :
Languages : en
Pages : 54
Book Description
The interaction of a high power CO2 laser with a dense plasma is investigated. Stimulated Brillouin scattering and thermal self-focusing of the incident beam is studied. The dynamics of a strongly turbulent plasma generated by laser-plasma interaction, and the behavior of nonlinear waves (solitons) in the plasma is analyzed. Advanced MHD plasma simulation models are employed to study the complex dynamics of nonequilibrium plasmas interacting with laser radiation. MHD computer codes capable of simulating exploding wire or pinch dynamics subjected to intense laser irradiation are developed. Radiation transport effects, such as X-ray line emission and re-absorption in optically thick regions of the plasma, are incorporated in the MHD computer code. (Author).
Laser Interaction and Related Plasma Phenomena
Author: Helmut J. SchwarzPublisher: Springer
ISBN:
Category : Science
Languages : en
Pages : 688
Book Description
Since the third Workshop on "Laser Interaction and Related Plasma Phenomena" in 1973, one area within the scope of this con ference received increased attention: laser fusion. This possi bility was emphasized in February 1977 in a Seminar on US energy policies at The Hartford Graduate Center by John F. O'Leary, Head of the Federal Energy Administration, who said that "by the year 2100, ••• laser fusion will be coming along, giving us a new age of choice". Efforts in research and development were stepped up to investigate new concepts of laser ignition of controlled nuclear reactions. Here, one expects no radioactive waste from fuel. Th~ deuterium-tritium reaction - the only one which may be possible with magnetic field confinement in tokamaks - has a highly radio active tritium cycle, while, in principle, laser reactions are possible with pure deuterium, hydrogen-boron or others. The worldwide progress in laser compression was not only stim ulated by the energy crisis, but also by its advancements. In our first Workshop in 1969 F. Floux of the French Limeil Laboratories described his experiments, which led, only one month later, to the production of fusion neutrons in such large numbers as had not been achieved up to then (see appendix of Vol. I these Proceedings).
Laser Interaction and Related Plasma Phenomena
Author: Helmut J. SchwarzPublisher: Springer
ISBN: 9780306371547
Category : Science
Languages : en
Pages : 584
Book Description
Since the third Workshop on "Laser Interaction and Related Plasma Phenomena" in 1973, one area within the scope of this con ference received increased attention: laser fusion. This possi bility was emphasized in February 1977 in a Seminar on US energy policies at The Hartford Graduate Center by John F. O'Leary, Head of the Federal Energy Administration, who said that "by the year 2100, ••• laser fusion will be coming along, giving us a new age of choice". Efforts in research and development were stepped up to investigate new concepts of laser ignition of controlled nuclear reactions. Here, one expects no radioactive waste from fuel. The deuterium-tritium reaction - the only one which may be possible with magnetic field confinement in tokamaks - has a highly radio active tritium ~ycle, while, in principle, laser reactions are possible with pure deuterium, hydrogen-boron or others. The worldwide progress in laser compression was not only stim ulated by the energy crisis, but also by its advancements. In our first Workshop in 1969 F. F10ux of the French Limei1 Laboratories described his experiments, which led, only one month later, to the production of fusion neutrons in such large numbers as had not been achieved up to then (see appendix of Vol. I these Proceedings).
Nanosecond CO2 Laser Interaction with a Dense Helium Z-pinch Plasma
Author: David Frederick VossPublisher:
ISBN:
Category :
Languages : en
Pages : 169
Book Description