Simulation of Microwave Effects on Heating Some Bio-Oil Basic Components

Wayan Trimawiasa, I. Sudiana, L. Aba
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Abstract

An investigation of the microwave effect has been carried out by simulating heating the basic components of bio oil. This research aims to produce a heating model and energy distribution of oleic acid and stearic acid component materials. The cylindrical material is placed in a cavity-shaped heating applicator using a microwave excitation frequency of 2.45 GHz through a single waveguide TE10 mode. Numerical solution using time-domain solver and transient solver succeeded in simulating the heating model of the dielectric material with the results of the energy distribution depending on the complex permittivity of the material.
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微波对生物油基本组分加热效应的模拟
通过模拟加热生物油的基本组分,对微波效应进行了研究。本研究旨在建立油酸和硬脂酸组分材料的加热模型和能量分布。通过单波导TE10模式,使用2.45 GHz的微波激励频率,将圆柱形材料放置在腔形加热涂敷器中。采用时域求解器和瞬态求解器对介质的加热模型进行了数值模拟,得到了介质能量随复介电常数的分布规律。
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