There are also smaller in size and lower the humidity, which compared the physical properties of the image of a Japanese soybean drying both ways, then drying with hot air vacuum has physical impairment, rather than drying. microwave which such trials is consistent with the drying with hot air, vacuum (Hu Qing-guo, 2006) was dried by hot air quality under the vacuum drying by microwave. After drying with hot air, vacuum and Japanese soya beans were not in the form of semi-dry. Because the humidity is below 15% (wb) (Jay M. James. 1998), and if the Japanese soya beans, dried with hot air net energy value
of the energy soya beans Japan drying by microwave method of calculation. the formulation contains 100 g / 1 bag (appendix c). the calculated results showed that seed soya Japan drying up energy from protein, 142 Cal / g of energy from fat, 191 Cal / g and the energy from carbohydrates, 189 Cal /. g so the total power consumption of soya bean bag containing 100 g to 1 Japan 522 Cal / g vacuum is in the form of semi-dry to reduce the temperature or lower the vacuum drying down. Which should be studied further.
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