1.
Design of Virtual Prototype and Experimental Research on Key Technology of Underwater Hydraulic Shovel;
水下液压冲击铲虚拟样机设计及关键技术实验研究
2.
The Application of Hydraulic Pure Water System for the Backward Dredger
纯水液压系统在反铲挖泥船中的应用
3.
Technology of Exploring and Discharging Empty Ponding District under Deep and High Underground Pressure
深部强冲击地压下空区积水探放技术
4.
The Simulation of the Main Hydraulic Cylinder Unloading Impact on 15MN Forging Machine
15MN锻造液压机液压系统卸荷冲击仿真
5.
incompressible water impact
不可压缩撞水冲击力
6.
Study on the Pressure Field of Underwater Explosion with Two-Component Explosive Charge
双组分炸药装药水下爆炸的冲击波峰压场研究
7.
The Expression of AQP4 Following a Fluid Percussion Impacting Model in Rats and Effects of Breviscapine on AQP4 Expression in the Model Rats;
大鼠液压冲击伤性脑水肿AQP4的表达及灯盏花素对其的影响
8.
Emission Spectrum of Liquid CO-N_2 Mixture at Shock Compression
冲击压缩状态下液态一氧化碳和氮混合物的发射光谱
9.
Has whitewashed the old wall surface spreads again when please use the high-pressured water gun flushing or eliminates the pine with the shovel eradication to float the varnish film which the material and loosens.
粉刷过的旧墙面重涂时请用高压水枪冲洗或用铲刀铲除以清除松浮物质和松脱的漆膜。
10.
THE RESEARCH OF A FULL HYDRAULIC PRESSURE HYDRAULIC IMPACTOR WITH STRIKE ENERGY AND STRIKE FREQUENCY ADJUSTED STEPLESSLY;
全液压独立无级调频调能液压冲击器的研究
11.
Hydraulic Vibrating Shock Control of Hydraulic Systems
液压系统设计中对液压振动冲击的控制
12.
Research on Hydraulic Accumulator Absorbing Pressure Pulsation in the AGC Hydraulic System
蓄能器在AGC液压系统中吸收液压冲击的研究
13.
The plastic pipe of ageing is in shake action of hammer of concussion, water hydraulicly to issue easy generation blowout.
老化的塑料管在水压的震动冲击、水锤作用下轻易产生爆裂。
14.
Expression of Caspase-8 after Brain Injury from Fluid Percussion in Rats;
大鼠脑液压冲击伤caspase-8的表达
15.
A Study of the Expression of Fas after Fluid Percussion Brain Injury in Rats;
Fas-L在大鼠脑液压冲击伤后的表达
16.
A nonlinear FEM analysis of piston for a hydraulic drill-rod
液压冲击器活塞的非线性有限元分析
17.
A Study on the Dynamic Model for Impact-type Hydraulic Vibrating System
冲击型液压振动系统的动态模型建立
18.
The stilling basin base plate supports large impact pressure in the impacted area.
消能塘底板在射流冲击下,底板块在冲击区受到较大的冲击压力。