For the copper heat sink, the maximum temperature was just 348K, and the corresponding thermal resistance was 0.33 K/W. Testing the hybrid heat sink, the maximum temperature was just slightly ...

Potential of copper alloys using a divertor heat sink in the helical reactor FFHR-d1 and their brazing properties with tungsten armor by using the typical candidate filler materials. Plasma and ...

Since yield strengths of both tungsten and GlidCop® are over 300 MPa even after the brazing heat ... Sagara and FFHR Group, "Potential of copper alloys using a divertor heat sink in the ...

The new type component is fabricated by using the multi-step brazing process of AMSB [1]. view ... The accepted thermal energy is then transferred to the cooling water through the ODS-Cu heat sink.

The divertor components must endure the extreme high-heat flux. Further, during the heat treatment phase for brazing, since the entire component is heated up to approximately 900C, it is then cooled ...

New material will contribute to heat dissipation when used in next-generation heat sinks for power devices; process proposals and supply of prototypes tailored to customer needs also possible ...

Brazing Specialists Turn Up the Heat. Share. Lindsay Bjerregaard January 10, 2019. Credit: StandardAero. Printed headline: Brazing New Trails 1. Brazing Alloy Supplier Company: ...