1.
Fracture Reason Analysis of Electro-motor Shaft Used in Vacuum Distillation Tower
蒸馏减压塔底泵电机轴断裂原因分析
2.
bilge and ballast general service pump
舱底水和压载水通用泵
3.
The Molding and Simulation of 3.5Mt/a Vacuum Distillation Unit;
3.5Mt/a常减压装置减压塔建模及仿真研究
4.
Research of chain-control-system to vacuum tower in distillation and vacuum unit
常减压装置减压塔的链控制系统研究
5.
Double Earthquake Damping Control Research of Vibration Isolation of Building Roof Steel Tower Bottom and Building Roof Steel Tower as TMD;
屋顶钢塔TMD和塔底隔震双重减震性能研究
6.
The Study of Simulation Basing on Primary Tower Pump Flow System with Fuzzy Control;
基于模糊控制的初馏塔底泵流量系统仿真研究
7.
Applying of Cascade-control to Vacuum Tower of Distillation and Vacuum Unit;
串级控制在常减压装置减压塔上的应用研究
8.
Check valve applied in descreasing water hammer pressure when the pump stops;
止回阀在减小停泵水锤压力中的应用
9.
Improving column internals to raise vacuum tower capacity and upgrade product quality
改进塔内件提升减压塔处理能力及产品质量
10.
The Technological Transformation and Simulation Analysis of Fuel-type Vacuum Tower
燃料型减压塔的技术改造及模拟分析
11.
Na~+/K~+-ATPase Involves in the Contraction of SHRs Basilar Artery;
钠钾泵参与高血压大鼠脑基底动脉的收缩
12.
Equipment scope includes compressors， pumps， chillers， heat exchangers， cooling towers， pressure vessels， boilers， vaporizers for Projects.
设备包括压缩机，泵，冷冻机，热交换器，冷却塔，压力容器，蒸发器等。
13.
Analysis of Flow Field Characteristic of Orifice and Study on Damping Grooves in Hydraulic Pump Valve Plate
节流孔流场特性分析及液压泵减振槽研究
14.
Visualization Analysis of Dcrease Vibration Installation on Port Plate in a Swash Plate Axial Piston Pump
轴向柱塞泵配流盘减压装置可视化分析
15.
Diverting Water and Reducing Pressure to Improve the Production Capacity of Brine Well and Reduce the Troubles of Brine Pump
分水降压提高卤井产能减少采卤泵故障
16.
Formerly Lady White Snake was imprisoned under the pagoda, and Fa Hal hid himself in the crab's shell.
当初，白蛇娘娘压在塔底下，法海禅师躲在蟹壳里。
17.
Analysis of Seismic Soil Pressure of Underground Structure for Twin-Towers High Rise Building with Enlarged Base
双塔楼大底盘地下建筑地震土压力分析
18.
Evaluation to perforated tray(Ⅰ)--performances of perforated tray at vacuum conditions predicted with FRI data
网孔塔板的评价(Ⅰ)——用FRI数据预测网孔塔板在减压体系的操作性能