High heat flux thermal management

Ali M. Khounsary; Terry Simon; Arthur Bergles; Chandu B. Baxi

High heat flux thermal management

Ali M. Khounsary
, Terry Simon
, Arthur Bergles
, Chandu B. Baxi

Mechanical Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

High heat fluxes are encountered in a number of important engineering and scientific systems, including high-power laser systems, plasma-facing components in fusion reactors, synchrotron and other x-radiation sources, microelectronics and optics packages, solar collectors, turbine engines, high-speed aircraft, and high-power RF cavities. In such system, thermal management often is a key issue, affecting overall system design, configuration, and fabrication. This paper presents an overview of thermal management issues in high heat flux systems, with emphasis on applications.

Original language	English (US)
Number of pages	1
Journal	American Society of Mechanical Engineers, Heat Transfer Division, (Publication) HTD
Volume	317-1
State	Published - Dec 1 1995

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title = "High heat flux thermal management",

abstract = "High heat fluxes are encountered in a number of important engineering and scientific systems, including high-power laser systems, plasma-facing components in fusion reactors, synchrotron and other x-radiation sources, microelectronics and optics packages, solar collectors, turbine engines, high-speed aircraft, and high-power RF cavities. In such system, thermal management often is a key issue, affecting overall system design, configuration, and fabrication. This paper presents an overview of thermal management issues in high heat flux systems, with emphasis on applications.",

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AU - Baxi, Chandu B.

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AB - High heat fluxes are encountered in a number of important engineering and scientific systems, including high-power laser systems, plasma-facing components in fusion reactors, synchrotron and other x-radiation sources, microelectronics and optics packages, solar collectors, turbine engines, high-speed aircraft, and high-power RF cavities. In such system, thermal management often is a key issue, affecting overall system design, configuration, and fabrication. This paper presents an overview of thermal management issues in high heat flux systems, with emphasis on applications.

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ER -

High heat flux thermal management

Abstract

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