Two types of direct IBW launching, EPW {R_arrow} IBW and CESICW {R_arrow} IBW are investigated using two numerical codes, Full Hot Plasma Ray-Tracing Code and SEMAL Full Wave Slab Code, for the TFTR direct launch IBW experimental parameters. The measured density profiles (by microwave reflectometry) in TFTR appear to be satisfactory for IBW launching while the observed stored energy rise compared to the expected value (ray tracing + TRANSP) indicates only up to 50% of launched power is reaching the plasma core. Possible causes of IBW inefficiency are also discussed
New theoretical and experimental tools are applied to the analysis of ICRF antenna-edge plasma inter...
The current drive efficiency of electron cyclotron (EC) wave is typically low compared with other RF...
A new coupling scheme of ion Bernstein waves (IBW) to plasma ions, by mode conversion of fast waves,...
Ion Bernstein wave (IBW) antennas are known to have substantial localized effects on the plasma edge...
In the course of this grant, Lodestar has collaborated with the TFTR ICRF team to carry out an exten...
Mode converted Ion Bernstein Waves (IBW) have important potential applications in tokamak reactors. ...
Ion Bernstein waves (IBWs) have been proposed as useful for heating and improving transport in tokam...
Ion Bernstein waves (IBWS) have been generated by mode conversion of ion cyclotron range of frequenc...
This proposal was peer reviewed and funded as a Collaboration on ''Low Phase Speed Radio Frequency C...
An experiment in a new regime of ion Bernstein wave (IBW) heating has been carried out using 130 MH...
"Ion Bernstein Wave Heating experiment was conducted in JIPP T-ll U tokamak. A relatively high frequ...
The feasibility of heating TJ-II plasmas by electron Bernstein waves is studied. The ray tracing cod...
Ion Bernstein wave heating (IBWH) utilizes the ion Bernstein wave (IBW), a hot plasma wave, to carry...
A strong interaction of fast ions with ion Bernstein waves has been observed in TFTR. It results in ...
We report the experimental observation of ion heating by the mode-converted ion Bernstein waves (MC ...
New theoretical and experimental tools are applied to the analysis of ICRF antenna-edge plasma inter...
The current drive efficiency of electron cyclotron (EC) wave is typically low compared with other RF...
A new coupling scheme of ion Bernstein waves (IBW) to plasma ions, by mode conversion of fast waves,...
Ion Bernstein wave (IBW) antennas are known to have substantial localized effects on the plasma edge...
In the course of this grant, Lodestar has collaborated with the TFTR ICRF team to carry out an exten...
Mode converted Ion Bernstein Waves (IBW) have important potential applications in tokamak reactors. ...
Ion Bernstein waves (IBWs) have been proposed as useful for heating and improving transport in tokam...
Ion Bernstein waves (IBWS) have been generated by mode conversion of ion cyclotron range of frequenc...
This proposal was peer reviewed and funded as a Collaboration on ''Low Phase Speed Radio Frequency C...
An experiment in a new regime of ion Bernstein wave (IBW) heating has been carried out using 130 MH...
"Ion Bernstein Wave Heating experiment was conducted in JIPP T-ll U tokamak. A relatively high frequ...
The feasibility of heating TJ-II plasmas by electron Bernstein waves is studied. The ray tracing cod...
Ion Bernstein wave heating (IBWH) utilizes the ion Bernstein wave (IBW), a hot plasma wave, to carry...
A strong interaction of fast ions with ion Bernstein waves has been observed in TFTR. It results in ...
We report the experimental observation of ion heating by the mode-converted ion Bernstein waves (MC ...
New theoretical and experimental tools are applied to the analysis of ICRF antenna-edge plasma inter...
The current drive efficiency of electron cyclotron (EC) wave is typically low compared with other RF...
A new coupling scheme of ion Bernstein waves (IBW) to plasma ions, by mode conversion of fast waves,...