Add to ORKGThe COMPASS tokamak is in a test operation after its reinstallation in Institute of Plasma Physics AS CR in Prague (IPP Prague) in the year 2008. This operation consists of commissioning of various diagnostics and tokamak auxiliary systems. This paper presents current status of magnetic diagnostics after its refurbishment, used method of the calibration and shows examples of magnetic diagnostics utilization for plasma position reconstruction as well as for vertical hydraulic preload interlock system
A numerical investigation of plasma parameters in COMPASS tokamak is presented. The plasma parameter...
Design and implementation of the plasma control system Mgr. Filip Janky The COMPASS tokamak was reco...
International audienceThe WEST tokamak consists of a major upgrade of the superconducting medium siz...
The COMPASS tokamak was successfully reinstalled in Prague after two and half years of intensive wor...
This thesis presents the magnetic fields of the COMPASS tokamak and work done during the COMPASS rei...
The COMPASS tokamak is being re-installed at IPP Prague after its transfer from Culham, U.K. Within ...
reinstalled at the Institute of Plasma Physics (IPP) AS CR. The COMPASS device was de-signed as a fl...
COMPASS Upgrade is a new medium size, high magnetic field tokamak (R = 0.9 m, Bt = 5 T, Ip = 2 MA) c...
The COMPASS tokamak has been re-installed in IPP Prague after its transport from Culham in UK. A Dia...
Magnetic field sensors are fundamental for control and physics exploitation of fusion devices. Their...
The paper evaluates the impact of metallic structures of the COMPASS-U tokamak design on signals mea...
Předkládaná práce popisuje výsledky měření Geodetických akustických módů (GAM) na tokamaku COMPASS z...
The COMPASS tokamak has been re-installed in IPP Prague after its transport from Culham in UK. New d...
A complex electrostatic-magnetic probe diagnostics, baptized as 'U-probe', is being prepared for mea...
A complex electrostatic-magnetic probe diagnostics, baptized as ‘U-probe’, has been installed on COM...
A numerical investigation of plasma parameters in COMPASS tokamak is presented. The plasma parameter...
Design and implementation of the plasma control system Mgr. Filip Janky The COMPASS tokamak was reco...
International audienceThe WEST tokamak consists of a major upgrade of the superconducting medium siz...
The COMPASS tokamak was successfully reinstalled in Prague after two and half years of intensive wor...
This thesis presents the magnetic fields of the COMPASS tokamak and work done during the COMPASS rei...
The COMPASS tokamak is being re-installed at IPP Prague after its transfer from Culham, U.K. Within ...
reinstalled at the Institute of Plasma Physics (IPP) AS CR. The COMPASS device was de-signed as a fl...
COMPASS Upgrade is a new medium size, high magnetic field tokamak (R = 0.9 m, Bt = 5 T, Ip = 2 MA) c...
The COMPASS tokamak has been re-installed in IPP Prague after its transport from Culham in UK. A Dia...
Magnetic field sensors are fundamental for control and physics exploitation of fusion devices. Their...
The paper evaluates the impact of metallic structures of the COMPASS-U tokamak design on signals mea...
Předkládaná práce popisuje výsledky měření Geodetických akustických módů (GAM) na tokamaku COMPASS z...
The COMPASS tokamak has been re-installed in IPP Prague after its transport from Culham in UK. New d...
A complex electrostatic-magnetic probe diagnostics, baptized as 'U-probe', is being prepared for mea...
A complex electrostatic-magnetic probe diagnostics, baptized as ‘U-probe’, has been installed on COM...
A numerical investigation of plasma parameters in COMPASS tokamak is presented. The plasma parameter...
Design and implementation of the plasma control system Mgr. Filip Janky The COMPASS tokamak was reco...
International audienceThe WEST tokamak consists of a major upgrade of the superconducting medium siz...