Add to ORKGThe COMPASS tokamak, originally from Culham laboratory, UKAEA, has been reinstalled at at Institute of Plasma Physics, Prague. Many innovations will be done and new diagnostics have to be constructed. Electron temperature Te and density ne as as key parameters of fusion plasma will be measured directly by the newly designed high spatial resolution incoherent Thomson scattering (TS) system. Several construction options of TS are considered. In this paper these options are discussed from a point of view of data analysis and estimation of background radiation
Diagnostika Thomsonova rozptylu (TS) je jednou z klíčových diagnostik na současných i plánovaných to...
Thomson scattering is a very powerful diagnostic which is applied at nearly every magnetic confineme...
Title: Detection systems for measurements of high-temperature plasma radiation on the COMPASS tokama...
The COMPASS tokamak, originally from UKAEA, Culham laboratory, U.K., will be reinstalled at Institut...
Thorough study of plasma behaviour in magnetically confined fusion devices is of great importance in...
The COMPASS tokamak, originally from UKAEA, Culham laboratory, U.K., will be reinstalled at Institut...
Reinstalled tokamak COMPASS, originally from Culham Science Centre, is now operating at the Institu...
Diagnostika plazmatu pomocí Thomsonova rozptylu je jednou z nejpoužívanějších metod k měření základn...
The Thomson scattering (TS) will be one of crucial plasma diagnostics of the COMPASS tokamak. This ...
Spolehlivý diagnostický systém je základem každého výzkumného experimentálního zařízení. Jeho zajišt...
The core Thomson scattering diagnostic (TS) on the COMPASS tokamak was put in operation and reported...
In Tokamak department of Institute of Plasma Physics, radiation of high-temperature plasma is invest...
This work reports developments of the incoherent TS diagnostic capabilities in the Tokamak a Configu...
In order to measure the plasma temperature and density in the spherical tokamak ETE, a one-channel T...
This paper describes a multiapoint Thomson scattering system that is being developed for the TCABR t...
Diagnostika Thomsonova rozptylu (TS) je jednou z klíčových diagnostik na současných i plánovaných to...
Thomson scattering is a very powerful diagnostic which is applied at nearly every magnetic confineme...
Title: Detection systems for measurements of high-temperature plasma radiation on the COMPASS tokama...
The COMPASS tokamak, originally from UKAEA, Culham laboratory, U.K., will be reinstalled at Institut...
Thorough study of plasma behaviour in magnetically confined fusion devices is of great importance in...
The COMPASS tokamak, originally from UKAEA, Culham laboratory, U.K., will be reinstalled at Institut...
Reinstalled tokamak COMPASS, originally from Culham Science Centre, is now operating at the Institu...
Diagnostika plazmatu pomocí Thomsonova rozptylu je jednou z nejpoužívanějších metod k měření základn...
The Thomson scattering (TS) will be one of crucial plasma diagnostics of the COMPASS tokamak. This ...
Spolehlivý diagnostický systém je základem každého výzkumného experimentálního zařízení. Jeho zajišt...
The core Thomson scattering diagnostic (TS) on the COMPASS tokamak was put in operation and reported...
In Tokamak department of Institute of Plasma Physics, radiation of high-temperature plasma is invest...
This work reports developments of the incoherent TS diagnostic capabilities in the Tokamak a Configu...
In order to measure the plasma temperature and density in the spherical tokamak ETE, a one-channel T...
This paper describes a multiapoint Thomson scattering system that is being developed for the TCABR t...
Diagnostika Thomsonova rozptylu (TS) je jednou z klíčových diagnostik na současných i plánovaných to...
Thomson scattering is a very powerful diagnostic which is applied at nearly every magnetic confineme...
Title: Detection systems for measurements of high-temperature plasma radiation on the COMPASS tokama...