COMPASS Upgrade is a new medium size, high magnetic field tokamak (R= 0.9 m, B t= 5 T,
I p= 2 MA) currently under design in the Czech Republic. It will provide unique capabilities …

Ceramic-chromium Hall sensors represent a temperature and radiation resistant alternative
to Hall sensors based on semiconductors. Demand for these sensors is presently motivated …

Abstract The COMPASS-U tokamak (R= 0.894 m, a= 0.27 m, B t= 5 T, I p= 2 MA) is a new
medium-size device with fully metallic plasma facing components, currently under …

In the case of fusion devices with long pulses or continuous operation, conventional
magnetic sensors, such as inductive sensors, have to be supplemented by steady-state …

One of the remaining challenges in magnetic thermonuclear fusion is survival of the heat
shield protecting the tokamak reactor vessel against excessive plasma heat fluxes …

The Hall sensors as a part of the DEMO magnetic diagnostics will perform an absolute
measurement of the steady-state magnetic field. However, the magnitude of the Hall …

The COMPASS-U tokamak will feature a completely new set of magnetic diagnostics from
sensors to data acquisition. In order to control and reconstruct the plasma magnetic …

In the future COMPASS Upgrade (Vondracek et al. in Fusion Eng Des 169: 112490,
https://doi. org/10.1016/j. fusengdes. 2021.112490, 2021) tokamak (R 0= 0.894 m, B t∼ 5 T) …

The COMPASS-U tokamak is designed at IPP CAS Prague. It will be a compact device that
should achieve high toroidal magnetic field and high wall temperatures. In order to observe …

Abstract Information about the temperature of plasma-facing components is important for a
reliable tokamak operation. A temperature monitoring system using Fiber Bragg Grating …