【作者】 肖芬； 熊兆贤； 郑建森； 刘同赞； 张邦成； 吴远兴；

【Author】 XIAO Fen~1,XIONG Zhaoxian~2,ZHENG Jiansen~2,LIU Tongzan~1, ZHANG Bangcheng~1,WU Yuanxing~3 (1 Department of Physics,Xiamen University,Xiamen 361005;2 Department of Materials Science and Engineering,Xiamen University,Xiamen 361005;3 Midea Microwave and Electric Appliances Manufacturing Co.Ltd.,Foshan 528311)

【机构】 厦门大学物理系； 厦门大学材料科学与工程系； 美的微波电器制造有限公司；

【摘要】 为加快微波炉解冻速度,将微波陶瓷引入微波炉,利用微波陶瓷聚集微波能量的原理,在场强较弱处放置介电常数较高的微波陶瓷,在场强较强处放置介电常数较低的微波陶瓷或不放微波陶瓷,成功研制了微波陶瓷快速解冻板,使解冻品内聚集了更强更均匀的微波能量,解冻时间缩短1/2以上。更多还原

【Abstract】 To increase the defreezing speed,microwave ceramics are introduced into microwave oven.Based on the principle of microwave energy,ceramics with low dielectric constant are placed in the region with stronger electric field and the ones with high dielectric constant ceramics are introduced in the place with weaker electric field.A new type of fast defreezer is developed.It gathered stronger and more uniform microwave energy to defreeze food,spending only about half of defreezing time.更多还原