1) Magnetized water
磁化活水
1.
Tap water (CK) and magnetized water were applied to irrigate sweet pepper respectively in the experimentation.
本试验采用自来水(对照)和磁化活水对甜椒分别进行浇灌。
2) magnetized water
磁化水
1.
Physicochemical properties of magnetized water and coal seam injection mechanism;
磁化水的理化特性及其煤层注水增注机制
2.
Application of magnetized water in coal seam water infusion;
磁化水在煤层注水中的应用
3.
Exploratory Experiment of Dying Polyester Knit Goods Using Magnetized Water;
应用磁化水对涤纶针织物进行染色的探索性试验
3) magnetizing water
磁化水
1.
Experiment research about the effects of the reactivity of magnetizing water on cement;
磁化水对水泥活性影响的实验研究
2.
The experiment research about the effects of magnetizing water on the water needed under the cement's normal consistency;
磁化水对水泥标准稠度用水量影响的试验研究
3.
By analyzing the presently used method,a new method to describe the reactivity of magnetizing water on cement is presented in this paper.
分析了目前在研究磁化水对水泥混凝土的增强作用时所用方法的缺陷,提出了新的研究思路和方法;并用正交实验的方法研究了不同磁化条件下的磁化水对不同品种水泥的活性的影响,考虑了各因素之间的交互作用,找出了最佳水平搭配。
4) Magnetic water
磁化水
1.
Discussion of the consistency between the magnetic water and water reducing agent;
磁化水与减水剂的相容性探讨
2.
Experiment research of magnetic water for irrigation rice in middle and high latitude;
中高纬度地区磁化水灌溉水稻试验研究
3.
The study of effects of increasing cotton production for irrigate magnetic water;
磁化水灌溉对棉花增产的效应研究
5) magnetization water
磁化水
1.
Effect of Magnetization Water on Salt in Cotton Farmland After Under-Film Dripping Irrigation;
膜下滴灌磁化水对棉田土壤的脱抑盐效果研究
2.
The magnetization water concrete has the characteristic of enhancing the concrete intensity,saving the cement.
磁化水混凝土具有提高混凝土强度,节约水泥的特性。
3.
Molecular dynamics simulations were adopted to investigate the mechanism of increasing vegetable yield by irrigated magnetization water.
为分析磁化水灌溉促进作物增产的机理,采用分子动力学模拟(Moleculardynamicssimulation,简称MD)方法对其作用机理进行了模拟研究,模拟结果表明,在优化磁场作用下,水的表面张力系数和粘滞系数降低、扩散系数增大,使水的渗透性和扩散能力增强;同时水体系中自由的单体水分子和二聚体水分子增加,使之更容易进入作物细胞内,从而促进细胞的新陈代谢,增强细胞活力,利于植株的光合作用和对营养物质的吸收,促进作物生长发育。
6) Magnetic water source
磁化水源
补充资料：活水
有源头而常流动的水：挖条渠把～引进湖里。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条