Conclusions: HVEF is able to increase the growth rate of callus and the content of soluble protein and sugar.
结论：高压静电促进黄芪组织细胞生长，并且可以提高蛋白质和糖的含量。
Objective To discuss the effects of different intensity of HVEF on physiological function of animal organism.
目的：探讨不同强度高压静电场（HVEF）对动物机体生理功能的影响。
Comparing the two treatments, the inhibition effect of RFEF onAl- ternaria alternatawas higher than that of HVEF.
在两种处理方式中，射频电磁场处理对链格孢菌及银海枣褐斑病的抑制作用效果更强。
The HVEF treatment affects S—C bonds more intensive than the other bonds. The mechanisms was discussed in this paper.
HVEF处理对含S及含羰基以外双键基团的氨基酸的影响强于其它种类氨基酸。同时对反应机理进行了探讨。
The HVEF treatment for silkworm eggs was obviously a simple and low-cost technique for silkworm rearing and silk yield.
该技术是一项简单易行、成本低廉的养蚕增丝新技术。
The actualities of the research of HVEF in food preservation, drying, sterilization, thawing and aging process have been expatiated.
阐述了静电场技术在食品保鲜、干燥、杀菌、解冻和催陈等方面的应用。
The actualities of the research of HVEF in food preservation, drying, sterilization, thawing and aging process have been expatiated.
阐述了静电场技术在食品保鲜、干燥、杀菌、解冻和催陈等方面的应用。
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