1.
Fundamental Study of Air Dense Medium Magnetically Stabilized Fluidized Beds for Fine Coal Separation
空气重介磁稳定流化床分选细粒煤的基础研究
2.
Study on the Characteristics of Flow and Mass Transfer in Upflow Magnetically Stabilized Bed;
上流磁稳定床流动与传质特性的研究
3.
Dense Pellicular Magnetic Agarose Media for Protein Adsorption by Magnetically Stabilized Fluidized Bed;
高密度核壳型磁性琼脂糖介质及磁稳流化床吸附蛋白质的研究
4.
Investigation on characteristics of gas-solid two-phase flow in the fluid bed with coarse granules
大颗粒流化床内气固两相流稳定性试验研究
5.
Measurement of the Mass and Heat Transfer Coefficients and Simulation of Flow Property in Magnetically Stabilized Bed;
磁稳定床传质、传热特性实验研究与流动状况数值模拟
6.
HYDROGENATION OF ADIPONITRILE ON RAPID SOLIDIFIED SKELETAL NICKEL CATALYST IN MAGNETIC STABLIZED BED REACTOR
急冷骨架镍催化剂在磁稳定床反应器中己二腈加氢的应用
7.
A magnet stabilized-current supply of high-stability soft switch accelerator
一种高稳定度软开关加速器磁铁稳流电源
8.
Quantitative Assessment of Hemodynamics in Cirrhosis Portal Hypertension with PC-MRI in a Phantom and Clinical Study;
磁共振相位对比法肝硬化门静脉血流定量实验及临床研究
9.
Stability analysis of system of circulation fluidized bed combined with a coal pyrolysis reactor
循环流化床煤燃烧/热解双反应器系统稳定性分析
10.
Magnetic Roasting of an Oolitic Hematite and Limonite Ore in a Fluidized Bed Reactor
某鲕状赤褐铁矿流化床磁化焙烧-磁选工艺
11.
stationary bed-saltation flow pattern
稳定的砂床波动流动型式
12.
Stability Characteristics of Laminar Flow on Sand Ripples in Open Channel;
沙纹床面明渠层流稳定性特征的研究
13.
In case a current is steady, the magnetic effect does not represent a continuous expenditure of energy.
如果电流稳定，磁效应就不再继续消耗能量。
14.
Research on Stability and Control System of Ac-Excited Generator;
交流励磁发电机稳定机理与控制方法的研究
15.
Analysis of Improvement on Vehicle Roll Stability Using Magneto-Rheological Semi-active Suspension System
磁流变半主动悬架对车辆侧倾稳定性改进分析
16.
STABILITY OF ROTATING FLEXIBLE DISK UNDER AC ELECTROMAGNET
交流电磁铁作用的旋转弹性圆盘稳定性
17.
Experimental Investigation into Fluidization of Ultrafine Particle in a Fluidized Bed with Sound-Magnetic Assistance;
声磁复合场流化床超细颗粒流化行为的研究
18.
The field current required to produce a constant voltage at the generator terminals varies over a wide range for various loads and power factors.
稳定发电机端电压所需要的励磁电流,因负荷和功率因数的不同,其变化范围很大。