The changing regularity of drying speed, moisture content and surface temperature of wood was determined and analyzed at different microwave heating power and different heating time.
测定并分析了不同微波加热功率、加热时间条件下木材的表面温度、干燥速度和含水率的变化规律。
Microwave is widely applied in the areas of sterilization, drying, and heating in food industry for its cleanness, rapid temperature elevation, high efficiency, and safety.
微波作为一种清洁的加热形式，在食品工业中被广泛应用于加热、杀菌、干燥等方面。
There were significant effect of microwave heating time upon drying rate , the effect of intermittent time upon drying rat depends on the heating time.
微波加热时间对干燥速度影响最大，间歇时间的影响受制于加热时间。
Method: the intermittent drying mode was investigated in this paper, the moisture nonuniformity in deep bed, drying rate were compared with that of the continuous microwave heating mode.
方法：采用间歇干燥模式并对其水分分布的均匀性及干燥速率与连续干燥模式进行对比。
It is widely used in the field of far infrared heating, such as heater, sterilization tank, microwave oven, electric cooker, electric pvem, surface drying, automobile paint baking, etc.
红色石英管应用于远红外加热领域，如红色石英管是取暖器、消毒柜、微波炉、各类电加热灶具、电烤箱、表面干燥、汽车烤漆的理想材料。
CuSO4 crystal containing water number usually determine with heating-losing heavy, microwave drying etc.
硫酸铜晶体所含结晶水的测定，常用加热失重、微波加热等方法。
CuSO4 crystal containing water number usually determine with heating-losing heavy, microwave drying etc.
硫酸铜晶体所含结晶水的测定，常用加热失重、微波加热等方法。
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