1.
Study on Pressure Drop and Segregated Effect of Taper Distributor with Binary Mixture Particles
双组分混合颗粒分布板压降及分级效果的研究
2.
Study on pressure drop characteristics of multi-downcomer sieve tray
多降液管筛孔塔板的压力降性能研究
3.
The overlock machine uses a foot pedal to raise and lower the presser foot.
包缝机是由一个脚踏板来升降压脚。
4.
Heat Transfer and Pressure Drop Analysis on Evaporation of Refrigerant R410a in Plate Heat Exchanger
R410a的板式蒸发器换热与压降分析
5.
Settlement Analysis on Reinforcing Soft Foundation with Plastic Drainage Board Preloading Method;
塑料板排水预压法加固软基的沉降分析
6.
Pressure-fall formula of hole-board and it s appliance in the technology of pipeline damping;
管道减振技术中的孔板压力降公式及其应用
7.
Performance on the Orifice Energy Dissipation and Decompression Equipment of the Step and Spiral-orifice Style
阶梯螺旋孔口式孔板消能降压装置性能
8.
Undervoltage (Voltage Drop).
欠电压(电压降低)。
9.
A COMPARISON OF THE EFFECTIVE RADIUS MODEL AND THE SKIN EFFECT MODEL AS WELL AS THEIR PRESSURE SOLUTIONS AND TYPE CURVES IN WELL TEST ANALYSIS
试井分析中有效井径模型、表皮效应模型及其压降解、样板曲线对比
10.
Study on the Mechanism and Settlement Computation Method of Prefabricated Drain Preloading;
塑料板排水预压法加固软基机理及沉降计算方法研究
11.
Study on the Deformation Behavior and Settlement Prediction Method of Using Prefabricated Plastic Drain Preloading Improving the Soft Clay Foundation;
塑料板排水堆载预压法加固软基变形性状与沉降预测方法研究
12.
Experimental Study on the Effect of Three-phase Distributor on Pressure Drop in Exterior Circulating Fluidized Bed
三相分布板对外循环流化床压降影响的实验研究
13.
Influence of plastic vertical drain on bearing capacity and settlement of subsoil after vacuum preloading
真空预压后塑料排水板对地基承载力及沉降的影响
14.
The Conversion of Dynamical Mechanisms and Formation of Intra-Plate Depression Under the Compresso(-Shear)Dynamics
压(扭)性动力学环境下动力机制转换与板内沉降坳陷形成
15.
the capacitance of a capacitor that has an equal and opposite charge of 1 coulomb on each plate and a voltage difference of 1 volt between the plates.
电容器的两个极板上分别有一库仑的正负电荷，且两极板间的压降为伏特时所具有的电容。
16.
Upper cutter roller holder and upper line pressing roller holder are controlled pneumaticaly, so there is no need to cut paper board and stop for order change.
上刀?座与上压线?座升降以气压方式控制，故在更换订单时不必切断纸板及停机.
17.
DO NOT tamper with the electronic control board, temperature sensors, heating elements, electrical connections, or temperature and pressure relief valve.
不要篡改电气控制板，温度感应器，加热元件，电气连接，或降温减压安全阀。
18.
PFCs cause a transient drop in platelet counts, while most of the hemoglobins cause a temporary increase in blood pressure.
PFC会产生暂时性血小板数量降低，而多数血红蛋白则导致临时血压升高。