Measurements of polarization of spectral lines emitted by tokamak plasmas provide information about the plasma internal magnetic field and the current density profile. The methods of polarization spectroscopy, as applied to the tokamak diagnostic, are reviewed with emphasis on the polarimetry of motional Stark effect in hydrogenic neutral beam emissions. 25 refs., 7 figs
The spectroscopic measurement using the motional Stark effect (MSE) has been recognized to be a us...
In this communication we propose a novel diagnostic technique, which uses the collection optics of t...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering, 20...
Knowledge of the current distribution in a tokamak is indispensable for an understanding of the ener...
Balmer-α radiation by the excitation of thermal and fast neutral hydrogenic particles has been inves...
A tokamak-independent analysis suite has been developed to process data from Motional Stark Effect (...
Part of 16th International Conference on Laser Aided Plasma Diagnostics (16thLAPD) Measurements of t...
A new diagnostic, B-Stark, has been developed at the DIII- D tokamak for measurements of the magnitu...
In this thesis visible spectroscopy is developed and used for two applications. Studies of motional ...
The Balmer-alpha light emitted by neutral particles injected into tokamaks is polarized with respect...
The Balmer-alpha light emitted by neutral particles injected into tokamaks is polarized with respect...
"Multichannel polarization measurements of the Balmer alpha line of beam emission are performed usin...
We present detailed atomic physics models for motional Stark effects (MSE) diagnostic on magnetic fu...
Radiation and collision processes in plasma are considered in the paper aiming at the investigation ...
The radial electric field gradient or the E×B flow shear has been pointed out as the underlying mech...
The spectroscopic measurement using the motional Stark effect (MSE) has been recognized to be a us...
In this communication we propose a novel diagnostic technique, which uses the collection optics of t...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering, 20...
Knowledge of the current distribution in a tokamak is indispensable for an understanding of the ener...
Balmer-α radiation by the excitation of thermal and fast neutral hydrogenic particles has been inves...
A tokamak-independent analysis suite has been developed to process data from Motional Stark Effect (...
Part of 16th International Conference on Laser Aided Plasma Diagnostics (16thLAPD) Measurements of t...
A new diagnostic, B-Stark, has been developed at the DIII- D tokamak for measurements of the magnitu...
In this thesis visible spectroscopy is developed and used for two applications. Studies of motional ...
The Balmer-alpha light emitted by neutral particles injected into tokamaks is polarized with respect...
The Balmer-alpha light emitted by neutral particles injected into tokamaks is polarized with respect...
"Multichannel polarization measurements of the Balmer alpha line of beam emission are performed usin...
We present detailed atomic physics models for motional Stark effects (MSE) diagnostic on magnetic fu...
Radiation and collision processes in plasma are considered in the paper aiming at the investigation ...
The radial electric field gradient or the E×B flow shear has been pointed out as the underlying mech...
The spectroscopic measurement using the motional Stark effect (MSE) has been recognized to be a us...
In this communication we propose a novel diagnostic technique, which uses the collection optics of t...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Nuclear Science and Engineering, 20...