2006Rengong jingti xuebaoRequires access

Effect of Different Coupling Widths on Induction Heating in the Large Size SiC Growth System

Xi Chen

Open publisher page 1 citations

Abstract

The influences of different coupling widths of the heating subassembly on the induction magnetic field,induction current and Joule heat in the large size SiC growth system have been investigated systematically.By comparing of the time of heating-up for quasi-stationary state of growth system,it can be concluded that induction heating efficiency can be increased while the time of heating-up stage can be shortened in the growth system,assuming that the RF power,frequency and turns of coil are constant.

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What this paper is about

The influences of different coupling widths of the heating subassembly on the induction magnetic field,induction current and Joule heat in the large size SiC growth system have been investigated systematically.By comparing of the time of heating-up for quasi-stationary state of growth system,it can be concluded that induction heating efficiency can be increased while the time of heating-up stage can be shortened in the growth system,assuming that the RF power,frequency and turns of coil are constant.

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Available abstract

The influences of different coupling widths of the heating subassembly on the induction magnetic field,induction current and Joule heat in the large size SiC growth system have been investigated systematically.By comparing of the time of heating-up for quasi-stationary state of growth system,it can be concluded that induction heating efficiency can be increased while the time of heating-up stage can be shortened in the growth system,assuming that the RF power,frequency and turns of coil are constant.

Key concepts: Induction heating, Joule heating, Materials science, Induction coil, Coupling (piping), Joule (programming language), Electromagnetic coil, Magnetic field

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