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灌溉水经过磁处理产生了特异性。它不仅有一般的灌溉增产作用,并具有对作物生长发育产生影响,促使作物增产的磁化效应。国内外就此已有报导。盐碱地所的科学实践取得了第一手资料,并通过正交试验,探索了最优磁处理方式,获得常规水稻品种丰锦平均单产1292斤/亩,比对照增产21.8%的结果。磁化水增产的原因是由于磁场改变了水分子的电磁结构,和对水中盐类离子的水化作用,引起水的物理化学变化,产生生物效应和土壤效应的综合结果。灌溉水磁处理经济效益显著而方法简单易行,是有发展前途的一项新技术。今后在改进磁性材料的基础上,研制多型号的与喷灌、滴灌、井灌和各种农用泵相配套的磁水器,使磁化水得到更广泛地应用,对于加速实现我国农业现代化具有重大意义。
Irrigation water is magnetically treated to create specificity. It not only has the general effect of increasing irrigation yield, but also has the effect of magnetizing crop growth and development and promoting the yield increase of crops. This has been reported at home and abroad. The scientific practice of saline-alkali place obtained first-hand information and through orthogonal test, explored the optimal way of magnetic treatment, and obtained the average yield of 1292 kg / mu of conventional rice variety Fengjin, 21.8% more yield than the control. The reason for the increase of magnetized water is that the magnetic field changes the electromagnetic structure of water molecules and hydration of salt ions in the water, causing the physico-chemical changes of water, resulting in a comprehensive result of biological effects and soil effects. Irrigation water magnetic treatment of significant economic efficiency and method is simple and easy, is a promising new technology. In the future, on the basis of improving the magnetic materials, it is of great significance to develop multi-type magnetic water heaters that are matched with sprinkler irrigation, drip irrigation, well irrigation and various agricultural pumps so as to make the magnetized water more widely used and accelerate the agricultural modernization in our country.