Sentence examples for modular divertor with from inspiring English sources

The HEMJ (He-cooled modular divertor with multiple-jet cooling) was chosen as reference concept.

The HEMJ (helium-cooled modular divertor with multiple-jet cooling) has been chosen as the reference design.

The reference design HEMJ (He-cooled modular divertor with multiple-jet cooling) uses small finger modules, which consist of a tungsten tile and a thimble made of tungsten alloy.

As part of the US-Japan PHENIX program, the helium-cooled modular divertor with multiple jets (HEMJ) and a simpler "flat" variant were experimentally studied in a closed helium loop with a redesigned test chamber at coolant inlet temperatures as great as 425 °C, incident heat fluxes as great as 2.2 MW/m2 and prototypical inlet pressures of ∼10 MPa.

The reference concept HEMJ (He-cooled modular divertor with multiple-jet cooling) is based on the use of small cooling fingers – each composed of a tungsten tile brazed to a tungsten alloy thimble – as well as on impingement jet cooling with helium at 10 MPa, 600 °C.

Meanwhile, the He-cooled modular divertor concept with jet cooling (HEMJ) has been proposed as reference design.

A modular helium-cooled divertor design HEMJ (helium-cooled modular divertor concept with multiple-jet cooling) for the "post-ITER" demonstration (DEMO) fusion reactor has been developed at the Forschungszentrum Karlsruhe.

Within the EU framework of the power plant conceptual study (PPCS), a He-cooled modular divertor concept to remove the expected heat loads of up to 15 MW/m2 is investigated at Forschungszentrum Karlsruhe.

Existing plans call for making ITER's first divertor with an outer layer of carbon.

The concept of the new upper divertor, Div-IIo, consists of an outer divertor with embedded divertor coils, an inner divertor and a cryo pump with 15 m3/s effective pumping speed in the private flux region.

This is the only machine in the world in which one can expose a test surface to the continuous stream of particles expected in the ITER divertor, with the presence of a very strong magnetic field, like in ITER.