Sentence examples for plasma burning from inspiring English sources

Ignitor is a proposed compact high-magnetic field tokamak aimed at studying plasma burning conditions in deuterium tritium plasmas.

As great challenges and uncertainty exist in achieving steady plasma burning, pulsed plasma burning may be a potential scenario for fusion engineering test reactor, even for fusion DEMOnstration reactor.

Air leakage into tokamaks vacuum vessel during plasma burning or maintenance operations may lead to the fast pressurization of the vacuum vessel.

Due to the high electron temperature during the plasma burning, both a higher power (>1 MW) and a higher frequency (up to 300 GHz) are required for plasma heating in future fusion experiments like DEMO.

Janeschitz envisions a future in which thousands of commercial thermonuclear reactors will one day operate, with plasmas burning within: points of astral light across the globe.

The FAST Fusion Advanced Study Toruss) machine is a compact high magnetic field tokamak, that will allow to study in an integrated way the main operational issues relating to plasma-wall interaction, plasma operation and burning plasma physics in conditions relevant for ITER and DEMO.

Under low pressure a plasma is burning induced by an electrical discharge.

It is designed to explore the burning plasma regime in which the plasma temperature is sustained mostly by self-heating from fusion reactions.

ITER will have about 50 diagnostic systems for machine protection, plasma control and optimization, and understanding the physics of burning plasma.

The plasma control system is a key instrument for successfully investigating the physics of burning plasma at ITER.

This paper estimates the radiative power flux densities falling on critical divertor substructures during ITER burning plasma operation using commercial optical ray-tracing software to project radiation distributions simulated with the SOLPS plasma boundary simulation code onto a full 3D description of the divertor.