The divertor target plates are the most thermally loaded in-vessel components in a fusion
reactor where high heat fluxes are produced on the plasma-facing components (PFCs) by …

Divertor target is one of the most critical in-vessel components in a fusion power plant being
in charge of particle and power exhaust. The targets are exposed to severe thermal loads …

This paper describes the progress of the DEMO Design Activities in Europe and particularly
the work done to address critical design integration issues that affect the machine …

In a power plant scale fusion reactor, a huge amount of thermal power produced by the
fusion reaction and external heating must be exhausted through the narrow area of the …

The Eurofusion-DEMO design will complete the Pre Conceptual Design phase (PCD) with a
PCD Gate, named G1, scheduled to take place in Q4 2020 that will focus on assessing the …

Abstract Concepts of the power exhaust and divertor design have been developed, with a
high priority in the pre-conceptual design phase of the Japan–Europe broader approach …

Divertor targets of a nuclear fusion reactor are exposed to harsh loading environments
comprising high heat flux, varying stresses and neutron irradiation. For a robust design, the …

The transition to low-carbon technologies lies in the support of modern energy sources,
which are also represented by fusion power plants. One of the first fusion power plants will …

Abstract The Divertor Plasma Facing Components (PFCs) of a fusion reactor are the most
loaded components in terms of high heat fluxes, which, combined with high neutron …

This paper presents the recent progress in the pre-conceptual design activities for the EU-
DEMO divertor Cassette Body, performed in the framework of the work package “Divertor” of …