shock liquid
英 [ʃɒk ˈlɪkwɪd]
美 [ʃɑːk ˈlɪkwɪd]
防震液
双语例句
- The final part of this section deals with the effects of shock waves on the breakup of liquid jets and drops.
本节最后一部分涉及的是激波对液体射流和液滴破裂的影响。 - Analysis and Calculation of Forming Pressure for Aluminium Alloy Shock Absorber Tube of Motorcycle by Liquid Extrusion
摩托车铝合金减震筒液态挤压成形压力的分析及计算 - Analysis of Shock Response Spectrum for Liquid Rocket Engines
液体火箭发动机冲击响应谱分析计算方法 - PVDF Piezoelectric Film Transducer and Its Application for Measurement of Shock Wave in Liquid
PVDF传感器在液体压力激波测试中的应用 - The shock absorber, being fully filled in chamber with compressible liquid in it, operates continuously and reliably, and has strong ability to avoid distortion of outer characteristics.
可压缩液体减振器由于腔内充满可压缩液体，其动作连续可靠，增强了外特性的抗畸变能力。 - Problems: The primary stress to which the surface of the mould is exposed are thermal shock, abrasion and chemical reactions between the liquid alloy and the iron in the steel mould.
问题：压铸模具表面主要面临的问题有热冲击、磨损、液态合金与模具钢的化学反应等。 - The mechanism of ultrasonic cleaning is ultrasonic cavitation, shock wave, microstreaming and the vibration of cleaning liquid itself, and cavitation is regarded as the most prime mechanism of ultrasonic cleaning.
超声清洗的物理机制是超声空化、冲击波、微声流以及清洗液本身的振动效应，而空化作用被认为是超声清洗的主要物理机制。 - The results showed that the multilayer film, with high hardness, strong adhesion and excellent thermal shock resistance, is a good liquid impact erosion resistance coating used in the last stage blade of steam turbines.
试验结果表明：CNx/TiN多层复合涂层具有较高的硬度、附着力、抗热冲击性能以及优异的抗水蚀性能，是一种优良的汽轮机末级叶片抗水蚀用涂层。 - The results of static firing test shows that the thermal erosion properties, mechanical properties, tand thermal shock resistance of the C/ SiC composites can meet a demand for thermal-structure application in the area of Aerospace such as liquid rocket thruster.
试验发动机地面热试车结果表明，该C/SIC复合材料的力学性能、烧蚀性能和热震性能优良，可满足宇航工程中诸如液体火箭发动机推力室等对热结构材料的使用性能要求。 - In the pipeline, the liquid elastic wave can emerge pressured shock wave to flowing liquid and cause shear action.
液体弹性波对管道中流动的液体产生压力冲击波，并引起剪切作用。 - Study on Pressure Processing with Shock Wave in Liquid
液体压力激波加工技术研究 - With the increase of temperature, the viscosity of shock absorber liquid drops and damping force decreases.
温度对阻尼力的影响程度主要由减震液的粘温特性决定，随着温度的升高，减震液粘度降低，液压阻尼力减小。 - A kind of low temperature target system and its application in shock compression studying of liquid CO 2
轻气炮低温靶的结构及液态CO2冲击压缩特性的研究 - Study on the shock compression properties of mixed liquid n_2 and Co
液氮与液态一氧化碳混合物的冲击压缩特性研究 - A simple method was introduced to reduce the shock temperature of porous solid sample under shock wave loading by filling the sample with liquid paraffin.
介绍了一种简便易行的降低疏松固体物质冲击波温度的方法，其要点是用液体石蜡充填样品的空隙。 - Research on effective pair potential between molecular CO_2-CO and shock compression properties of liquid carbon monoxide
CO2-CO分子间等效作用势与液态CO冲击压缩特性研究 - The experimental technology for shock compressed liquid gas
液态气体冲击压缩实验技术 - The Impact of Shock Waves of Bubble Collapse on the Solid Particles by Considering the Effect of Liquid Compressibility
考虑液体压缩性影响下空泡溃灭冲击波对固体颗粒的作用 - A Two dimensional Nonlinear shock Model for the Collision Between a Liquid Drop and Elastic Plane
液滴与可变形固面撞击的二维非线性激波模型 - Application of the Liquid Extrusion in Aluminium Alloy Shock Absorber Tube-The Anlysis of Properties Influence or Specific Pressure Value on Members at Liquid Extrusion
液态挤压在铝合金减震筒上的应用&液态挤压比压值对制件性能影响的分析 - An experimental investigation on effects of oscillating shock generated by liquid jet on reinforcement of hydrogen-fueled supersonic combustion in Mach 2 airstream was completed.
研究了在燃烧室入口马赫数为2的超音速燃烧中，液体射流所产生的振荡激波对强化超音速燃烧的作用。 - When the pump cylinder could not be filled with enough liquid, the liquid shock will occur, and the liquid shock load will make the down stroke axial load of the plunger increase.
当油井供液不足时，柱塞下冲程时泵内将产生液击，并加大柱塞下行阻力； - Separation and Purification of Heat Shock Protein 70 on the Membrane of Mouse Hepatoma Cells by Fast Protein Liquid Chromatography System
快速蛋白液相色谱系统纯化和分析小鼠肝癌细胞热休克蛋白70的研究 - Interaction Between Shock induced Airflow and Liquid Sheet
激波诱导气流与液幕、液柱相互作用的实验研究 - A new nanoparticles dispersion method was presented, which applied the liquid shock wave to disperse the nano-SiO2 nanoparticles, nano-MMT and CNTs in different liquid phase.
论文提出了应用液体压力激波进行纳米颗粒在不同液相中分散的方法，利用该方法分别对纳米SiO2颗粒、纳米蒙脱土、碳纳米管在不同液相中进行了分散试验。 - During hypervelocity impacting, the shock pressure is far higher than the material strength, and the material behavior is similar to the behavior of compressible liquid, in the region of impact.
在超高速碰撞中，碰撞产生的冲击压力远大于材料的强度。在碰撞点附近的区域内，材料的行为响应特点类似于可压缩流体。