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Title of Journal: Heat Mass Transfer

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Abbravation: Heat and Mass Transfer

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Springer Berlin Heidelberg

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DOI

10.1007/s11274-008-9762-y

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ISSN

1432-1181

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Experimental study of temperature distribution in

Authors: HaiLong Chen Tao Li Yun Liang Bin Sun QingLing Li
Publish Date: 2016/07/25
Volume: 53, Issue: 3, Pages: 1051-1060
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Abstract

Microwave technology has been employed to heat sheet rubber the optical fiber temperature online monitor and optical fiber temperature sensor have been employed to measure the temperature in sheet rubber The temperature of sheet rubber increased with increase of heating time during microwave heating process in which the maximum of temperature was 100 °C and microwave vulcanization process in which the maximum of temperature was 150 °C the curves of temperature–time presented nonlinearity The rate of temperature rising in central zone of sheet rubber was higher than the rate of temperature rising in marginal zone of sheet rubber and the final temperature in central zone of sheet rubber was also higher than the final temperature in marginal zone of sheet rubber In the microwave heating and vulcanization process of sheet rubber the maximum of rate of temperature rising and the maximum of temperature belong to the central zone of sheet rubber so the distribution of electric field was uneven in heating chamber which led to the uneven temperature distribution of sheet rubber The higher electric field intensity value converges on the central zone of sheet rubberThis project is supported by Natural Science Foundation of Shandong Province in China Grant No ZR2013EEL009 and jointly supported by the Project of Shandong Province Science and Technology Development Planning Grant No 2012GSF11604 The authors sincerely appreciate the support by Collaborative Innovation Center of Green Tyres Rubber in Qingdao University of Science Technology Grant No 2014GTR0014

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