Home Strategy Activities Grants Publications People Sponsors Blog Contact Us 
  

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

publications:publi:calocaochva2011cpp [2019/04/25 08:49]
publications:publi:calocaochva2011cpp [2019/09/12 08:51] (current)
Line 1: Line 1:
  
 +<​html><​div id="​bib">​
 +
 +<p> <h1> CaLoCaOchVa2011cpp</​h1>​
 + <​p><​span class="​BibAuthor">​A. Cappa, D. Lopez-Bruna,​ F. Castejon, M. Ochando, J.L. Vazquez-Poletti,​ F. Medina, E. Acasibar, J.M. Reynolds, M. Tereshchenko</​span>​. <span class="​BibJournalTitle">​Dynamic Simulation of the Electron Bernstein Wave Heating under NBI Conditions in TJ-II Plasmas</​span>​. <span class="​BibJournalName">​Contributions to Plasma Physics</​span>,​ 51(1):1-9, 2011.</​P><​p>​
 +<p>
 +<a name="​abstract"></​a><​h2>​ Abstract ​ </h2> <​P> ​
 +In this work, we have calculated the expected properties of the Electron Bernstein Wave (EBW) heating using the O–X–B double mode conversion scenario in a plasma that evolves from Electron Cyclotron Resonance (ECR) to Neutral Beam Injection (NBI) heating in the TJ–II device. For this purpose, a transport simulation that reproduces the time evolution of a typical collapsing plasma heated by a combination of ECR and NBI power has been used. It is seen that the predicted EBW absorption depends strongly on the plasma characteristics,​ whose time evolution depends in turn on the heating properties. Therefore, the need of consistently computing the ray tracing and the plasma evolution is underlined. The fraction of the absorbed EBW heating power becomes very high as soon as the O mode cutoff layer appears. This guarantees the overlapping of both EBW and ECR heating, thus avoiding excessive plasma cooling when the EC wave cutoff is reached. The EBW power deposition profile evolves from off-axis to a much more centred shape that persists until the radiative collapse quenches the plasma<​p>​
 + <a name="​keyword"></​a>​ <​h2>​Keywords </h2> <p> [ <a href="/​doku.php?​id=publications:​keyword:​grid">​Grid</​a>​ ] [ <a href="/​doku.php?​id=publications:​keyword:​gridway">​ Gridway</​a>​ ] [ <a href="/​doku.php?​id=publications:​keyword:​egee">​ Egee</​a>​ ] 
 +<a name="​contact"></​a><​h2>​ Contact ​ </h2> <​P> ​
 +<a href="​mailto:​jlvazquez@fdi.ucm.es">​Jose Luis  Vazquez-Poletti</​a> ​ <a href="/​jlvazquez">​ <img src="/​lib/​exe/​fetch.php?​w=&​h=&​cache=cache&​media=html_icon.png"​ align=top border=0 alt =""></​a><​br> ​
 +
 +<a name="​bib"></​a><​h2>​ BibTex Reference ​ </h2> <​P> ​
 +@article{CaLoCaOchVa2011cpp,​ <​br>&​nbsp;&​nbsp;&​nbsp;​Author = {Cappa, A. and Lopez-Bruna,​ D. and Castejon, F. and Ochando, M. and Vazquez-Poletti,​ J.L. and Medina, F. and Acasibar, E. and Reynolds, J.M. and Tereshchenko,​ M.},<​br>&​nbsp;&​nbsp;&​nbsp;​Title = {Dynamic Simulation of the Electron Bernstein Wave Heating under NBI Conditions in TJ-II Plasmas},<​br>&​nbsp;&​nbsp;&​nbsp;​Journal = {Contributions to Plasma Physics},<​br>&​nbsp;&​nbsp;&​nbsp;​Volume = {51},<​br>&​nbsp;&​nbsp;&​nbsp;​Number = {1},<​br>&​nbsp;&​nbsp;&​nbsp;​Pages = {1--9},<​br>&​nbsp;&​nbsp;&​nbsp;​Year = {2011}<​br>​} <​br><​p>​
 +
 +</​div></​html>​
Admin · Log In