NLTE-7÷9 Workshops of Relativistic Collisional Radiative Code ATMED - Benita Cerdan, Ana Josefa
53,99 €
inkl. MwSt.
Versandkostenfrei*
Versandfertig in 6-10 Tagen
  • Broschiertes Buch

The general purpose of this fifth book is to display a very complete set of properties of plasmas belonging to the NLTE-7, NLTE-8 and NLTE-9 Workshop databases computed with the developed code ATMED CR (ATom MEDium Collisional Radiative). All plasmas have been recalculated again with the best and last version of software ATMED CR, so slight differences could be encountered in results not altering the correctness of numerical figures. It focuses the attention on the order of magnitude of main parameters as mean charge, Radiative Power Losses and also the fractions of rates by highlighting…mehr

Andere Kunden interessierten sich auch für
Produktbeschreibung
The general purpose of this fifth book is to display a very complete set of properties of plasmas belonging to the NLTE-7, NLTE-8 and NLTE-9 Workshop databases computed with the developed code ATMED CR (ATom MEDium Collisional Radiative). All plasmas have been recalculated again with the best and last version of software ATMED CR, so slight differences could be encountered in results not altering the correctness of numerical figures. It focuses the attention on the order of magnitude of main parameters as mean charge, Radiative Power Losses and also the fractions of rates by highlighting specifically results of thick and photoionized plasmas. Besides, graphical and tabulated results of new and former hydrodynamic simulations are also included for irradiated foils and targets by laser beams. In the present book, there are also displayed properties of plasmas of several chemical elements that can be found in galactic medium considering the real experimental setup described and already used for the silicon plasma cases proposed in NLTE-10 Workshop.
Autorenporträt
Industrial Engineer. Master of Nuclear Science and Technology. PhD in Plasma and Atomic Physics. ETSII UPM (Oct. 2010 ¿ Sept. 2017): Master & Doctoral Thesis Elaboration: Collisional Radiative Average Atom Code Based on a Relativistic Screened Hydrogenic Atomic Model. ENERGY SECTOR (August 1999 ¿ Sept. 2009): Project Engineer for Power Plants.