Add to ORKGIn contrast to pre-divertor limiter operation, the island divertor in W7-AS enabled plasma density control even in the presence of a strong NBI-source, showing a significant improvement of the recycling conditions. Impurity radiation could be kept within the island SOL to enable a stable partial detachment without remarkable loss of the globa
Effective power exhaust by impurity seeding and its dependence on the gas species used was demonstra...
The first W7-X plasmas will be operated with five local limiters periodically positioned on the inbo...
The new island divertor in W7-AS enables quasi steady-state operation with NBI at very high density ...
In contrast to pre-divertor limiter operation, the island divertor in W7-AS enabled plasma density c...
The island divertor concept has successfully been realized at W7-AS. The divertor gives access to a ...
The island divertor in the W7-AS stellarator enables access to a new NBI-heated, high density operat...
The addition of a divertor into the W7-AS stellarator has allowed access to a high density regime wh...
Using the W7-AS island divertor as a guideline, the paper presents a physics-analysis of the plasma,...
Stellarators have the intrinsic property of steady state operation. However, on present-day stellara...
The research on divertors for stellarators is at the beginning. Extensive studies are being prepared...
A promising new operational regime on the Wendelstein stellarator W7-AS has been discovered, fulfill...
Basic plasma transport properties in island divertors are compared to those of standard tokamak dive...
Basic plasma transport properties in island divertors are compared to those of standard tokamak dive...
We present a theoretical/numerical predictive analysis of the performance of the W7-X island diverto...
Radiative power exhaust by impurity seeding was demonstrated for the first time in island divertor c...
Effective power exhaust by impurity seeding and its dependence on the gas species used was demonstra...
The first W7-X plasmas will be operated with five local limiters periodically positioned on the inbo...
The new island divertor in W7-AS enables quasi steady-state operation with NBI at very high density ...
In contrast to pre-divertor limiter operation, the island divertor in W7-AS enabled plasma density c...
The island divertor concept has successfully been realized at W7-AS. The divertor gives access to a ...
The island divertor in the W7-AS stellarator enables access to a new NBI-heated, high density operat...
The addition of a divertor into the W7-AS stellarator has allowed access to a high density regime wh...
Using the W7-AS island divertor as a guideline, the paper presents a physics-analysis of the plasma,...
Stellarators have the intrinsic property of steady state operation. However, on present-day stellara...
The research on divertors for stellarators is at the beginning. Extensive studies are being prepared...
A promising new operational regime on the Wendelstein stellarator W7-AS has been discovered, fulfill...
Basic plasma transport properties in island divertors are compared to those of standard tokamak dive...
Basic plasma transport properties in island divertors are compared to those of standard tokamak dive...
We present a theoretical/numerical predictive analysis of the performance of the W7-X island diverto...
Radiative power exhaust by impurity seeding was demonstrated for the first time in island divertor c...
Effective power exhaust by impurity seeding and its dependence on the gas species used was demonstra...
The first W7-X plasmas will be operated with five local limiters periodically positioned on the inbo...
The new island divertor in W7-AS enables quasi steady-state operation with NBI at very high density ...