1.
MAGNETO THERMAL OSCILLATIONS IN HTS PERMANENT MAGNETS
高温超导永磁体内部电磁振荡的产生及其对脉冲磁化效果的影响
2.
Comparison of TE with TM polarization for electromagnetic array profiling method
电磁阵列剖面法电场与磁场极化效果比较
3.
Algae Removal Effect by Magnetization
磁化处理对水中藻类的去除效果研究
4.
EFFEOT OF WATER MAGNETIZATION AERATOR ON HIGH PRODUCTION IN POND PISCICULTURE
“水磁化”增氧机在池塘养鱼高产中的使用效果
5.
Study on the effect of technology parameters on the HGMS for dust removal
工艺参数对高梯度磁净化除尘效果影响研究
6.
EXPERIMENTAL STUDY ON LOW-TEMPERATURE PYROLYSIS FOR IMPROVING COAL DESULFURIZATION EFFECT OF MAGNETIC SEPARATION
低温热解强化煤粉磁选脱硫效果的实验研究
7.
Magnetic Bioeffect and Its Mechanism of Cr(VI) Removal for Wastewater Treatment;
利用磁生物效应净化含Cr（VI）废水的效果及机理研究
8.
The diesel engine showed optimal performance when the fuel and air were magnetized at the same time.
另外，空气和燃油磁化后对柴油机性能也会产生影响，即燃油和空气同时磁化的效果最佳。
9.
If you want to format the disk, click Format Disk.
如果要格式化磁盘，请单击“格式化磁盘”。
10.
Influence of magnetization treatment of agents on magnetization and flotation was researched.
研究了磁化处理对浮选药性能和浮选效果的影响。
11.
Optimization of transverse induction coil structure and its influence on heat treatment of welded seam
横向磁场感应器结构优化及对焊缝加热效果的影响
12.
Optimal Disposition of Warship Formation for Enhancing the Effect of Electromagnetism Interference of Warship Formation
增强电磁干扰反导效果的舰艇编队队形优化配置
13.
RESEARCH ON IMMOBILIZATION OF BACTERIA ON FUNCTIONAL SILICON COVERED MESOPOROU MAGNETIC CARRIERS
功能化硅包覆介孔磁性载体固定细菌效果的研究
14.
Sterilization Effect of High-intensity Pulsed Magnetic Field to Srawberry Juice
强脉冲磁场对草莓汁的杀菌效果研究
15.
Evaluation of Radar Troop Training Effect Under Complex Electromagnetic Environment
复杂电磁环境下雷达兵训练效果评估
16.
The electromagnetic intensity, the acting time and the heat effect are the main factors which influence the separating result.
磁场强度及作用时间及磁场的热效应是影响分离效果的主要因素。
17.
The magnetized sodium silicate has an intensive depression effect on coal gangue and pyrite but no infulence on coal.
磁化处理后水玻璃对煤矸石、黄铁矿的抑制效果增强，而对煤无明显影响。
18.
The results show that the characteristics of magnetic domains vary with alloy compositions.
结果表明 ,样品磁畴形貌及磁衬强度均随磁体成分不同而变化。