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近年来,磁效应的研究在农牧业,医药等行业取得了较大的进展,收到了一定的经济效益,越来越引起人们的关注。据报道:经磁水处理后蕃茄植株抗病力大大增强,总产量提高10.5—21.1％,植株中多种酶类的活性均有增强。大豆经磁水处理后增产43％,出油率,蛋白质含量分别提高5％和9％(内部资料)。玉米经处理后种子萌发率提高,根尖组织分化明显增强。但到目前为止,磁水处理在药用植物栽培方面的作用研究尚无报道。由于条件的限制,笔者仅将几种较难发芽的药用植物种子进行磁水处理,观察其萌发过程,现报道如下。仪器与材料仪器 MTP-1.4B型(1500GS)磁水器,MTP-1A型(1300GS)、MTP-1型(1000
In recent years, the research on magnetic effects has made great progress in agriculture, animal husbandry, medicine and other industries. It has received certain economic benefits and has aroused more and more attention. According to reports, the resistance to disease of tomato plants after magnetic water treatment was greatly enhanced, the total yield increased by 10.5-11%, and the activities of various enzymes in plants increased. After soybeans were treated with magnetic water, the yield was increased by 43%. The oil yield and protein content were increased by 5% and 9%, respectively (internal data). The seed germination rate of maize after treatment was improved, and the root tip tissue differentiation was significantly enhanced. However, up to now, there has been no report on the role of magnetic water treatment in the cultivation of medicinal plants. Due to the limitation of the conditions, the author only treated seeds of several medicinal plants that were more difficult to germinate, and observed the germination process. The report is as follows. Instruments and Material Instruments MTP-1.4B Type (1500GS) Water Sensor, MTP-1A Type (1300GS), MTP-1 Type (1000