THE COMPATIBILITY OF HIGH CONFINEMENT TIMES AND COMPLETE DIVERTOR DETACHMENT IN ASDEX-UPGRADE

Authors
NEUHAUSER J ALEXANDER M BECKER G BOSCH HS BUCHL K COSTER D DUX R FIELD A FIEDLER S FUCHS C GEHRE O GRUBER O HAAS G HERRMANN A HIRSCH S KALLENBACH A KAUFMANN M LACKNER K LIEDER G MAST KF MERTENS V MURMANN H NAPIONTEK B NEU R RYTER F SALZMANN H SCHNEIDER R SCHWEINZER J SOKOLL M STEUER KH STOBER J SUTTROP W WEINLICH M WENZEL U ZEHRFELD HP ZOHM H ALBRECHT M ASMUSSEN K BEHLER K BEHRINGER K BESSENRODTWEBERPALS M BRAMBILLA M CARLSON A CHODURA R CUPIDO L DEBLANK HJ HEMPEL SDP DESCHKA S DORN C DRUBE R ENGELHARDT W FAHRBACH HU FEIST HU FIEG G FUSSMANN G GARCIAROSALES C GERNHARDT J HERRMANN W IGNACZ P JUTTNER B JUNKER W KASS T KOPPENDORFER W KOLLOTZEK H KRIEGER K KURZAN B LANG P LANG R LAUX M MANSO ME MARASCHEK M MCCARTHY P MEISEL D MERKEL R NAUJOKS D NEU G NIETHAMMER M NOTERDAEME JM PAUTASSO G PITCHER CS POSCHENRIEDER W RAUPP G ROHR H ROTH J SANDMANN W SCHILLING HB SCHITTENHELM M SCHNEIDER H SCHNEIDER W SCHONMANN K SCHRAMM G SEIDEL U SERRA F SILVA A SPETH E STABLER A STREIBL B TREUTTERER W TROPPMANN M ULRICH M VARELA P VOLLMER O WEDLER H WESNER F WEST WP WUNDERLICH R ZASCHE D ZEHETBAUER T
Citation
J. Neuhauser et al., THE COMPATIBILITY OF HIGH CONFINEMENT TIMES AND COMPLETE DIVERTOR DETACHMENT IN ASDEX-UPGRADE, Plasma physics and controlled fusion, 37, 1995, pp. 37-51
Citations number
34
Categorie Soggetti
Phsycs, Fluid & Plasmas
Journal title
Plasma physics and controlled fusion → ACNP
ISSN journal
07413335
Volume
37
Year of publication
1995
Supplement
11A
Pages
37 - 51
Database
ISI
SICI code
0741-3335(1995)37:<37:TCOHCT>2.0.ZU;2-J
Abstract
The completely detached high confinement (CDH) regime established rece ntly in high power ASDEX-Upgrade single null divertor discharges is de scribed. The standard CDH mode scenario with feedback controlled exter nal deuterium and neon puffing is analysed in detail with respect to i ts divertor detachment and confinement properties. Impurity transport and pumping effects and the density operation window of the CDH mode a re outlined. First results with other impurity radiators (N, Ar) are g iven. Finally the CDH mode operation space is discussed in terms of ma in chamber and scrape-off layer plus divertor radiation and possible c onsequences for future fusion experiments are outlined.