Numerical scan at constant shows that core and scrape-off layer (SOL) radiations do not depend on the plasma current (I-p). Whereas the SOL radiation increases with seeding, the core radiation, however, does not continue to increase with seeding but rolls over at higher seeding rates in the simulations. The core plasma contamination by W ions is low, c(W) > 3) and large W concentrations with increasing power are found. Comparing neon with nitrogen seeding, it is seen that neon leads to slightly larger total radiation than nitrogen. However, that is achieved with much higher plasma contamination (Z(eff) approximate to 4-5) and dilution in the case of Ne, and simultaneously the power crossing the separatrix is lower for Ne than for N, indicat...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
Numerical simulations with the COREDIV code of JET H-mode discharges with 25 MW of auxiliary heating...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
Preparation of D-T experiments on JET device raises a question about the mitigation of assumed high ...
AbstractA series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as fr...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
Numerical simulations with the COREDIV code of JET H-mode discharges with 25 MW of auxiliary heating...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Numerical scan at constant β shows that core and scrape-off layer (SOL) radiations do not depend on ...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
Five ELMy H-mode Ne seeded JET pulses have been simulated with the self-consistent core-SOL model CO...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
A series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as from the e...
Preparation of D-T experiments on JET device raises a question about the mitigation of assumed high ...
AbstractA series of neon seeded JET ELMy H-mode pulses is considered from the modeling as well as fr...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
A numerical study is presented, using the SOLPS-ITER plasma boundary code with full drifts and curre...
Numerical simulations with the COREDIV code of JET H-mode discharges with 25 MW of auxiliary heating...