压缩实验的英文

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英文翻译
造句

compressibility test

压缩 compress; condense; reduce; ...
实验 experiment; test; trial run
三轴压缩实验 triaxial compression test
压缩实验曲线 compressibility test curve
压缩实验室公司 compression labs inc
收缩实验机 shrinkage tester
压缩实用程序 condense utility
文件压缩实用程序 file compression utility
压缩 compress; condense; reduce; cut down; compression; contraction; compaction; pack; reduction; recompression; hoop (静水压的) 压缩非生产性开支 cut down non-productive expenses; 压缩国内需求 depress [lowering] domestic demand; 压缩机关团体购买力 limiting government institutions' purchase of consumer goods; 压缩不适当进口 reduce inappropriate imports; 压缩一则新闻报道 condense a news story; 压缩比 compression ratio; ratio of compression; 压缩饼干 ship biscuit; pilot bread; hardtack; 压缩成型机 compacting shape machine; 压缩冲程 [机械工程] compression stroke; 压缩处理 compressing; 压缩点火 compressed ignition; [机械工程] compression ignition; 压缩制冷 compression refrigeration; 压缩制冷机 compression refrigerating machine; 压缩作用 compression
实验 experiment; test; trial run 动物实验 animal experiment; 进行科学实验 conduct scientific experiments; 声学实验 test in sound; 用青蛙做实验 experiment (upon) on frogs; 富兰克林的实验表明闪电是一种放电。 franklin's experiments showed that the lightning is an electrical discharge.; 实验工厂 pilot plant; 实验机器人 experimental robot; 实验心理学 experimental psychology; 实验学校 laboratory school; experimental school; 实验医学 experimental medicine; 实验影院 cinemathegue; 实验语音学 experimental phonetics; 实验员 laboratory technician; 实验站 experiment centre; 实验证明 demonstration; verification; tracking; 实验中学 laboratory middle school; 实验组 experimental group
压缩；压缩力 compression
实验；实验法 experimentation
实验室实验 laboratory experiment
白压缩 white compression
表压缩 list compaction; table compression
冰压缩 ice compactness
波压缩 wave compression
不压缩 pcm
超压缩 supercompression
纯压缩 pure compression; simple compression
次压缩 secondary compression; secondary consolidatin
带压缩 band compaction
单压缩 simple compression
肺压缩 lung compression
复压缩 compound compression

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例句与用法

A study on shpb method of soft porous materials
冲击压缩实验方法研究
Research on fractals of pore and fracture - structure of coal reservoirs
煤割理压缩实验及渗透率数值模拟
Research on dynamic compressive testing and mechanics properties of granite
花岗岩的动态压缩实验和力学性能研究
Therefore , the shock compression area for mixed liquid is expanded forcefulty
从而大大扩展了混合液体冲击压缩实验的范围。
In the experiment on data compression in ? . 2 , by comparing fig . 5 . 2 with 5 . 3 , the quality of the constructed image given by t - ppca is evidently better than that via gaussian - ppca
2的图像压缩实验中，我们的图象重构质量明显优于使用gaussian - ppca的图象重构质量(比较图5
The experimental result of superplastic compression indicates that strain rate has intensive effect on flow stress of ti - 1023 alloy and the effect of temperature is related with strain rate
超塑性压缩实验结果表明，应变速率对ti - 1023合金流动应力具有强烈的影响，温度对流动应力的影响程度与应变速率大小有关。
And then , according to experimental data and corresponding stae v theory the exp - 6 potenial parameters of the for were fitted ; in thcoretical calculation , the modified fluld pedon vtheutional statstics method , i . e . manssori - ced el d - rasaiah - stel l - ross ( m crs r ) , was adopt to calcu1ate the m ' conssion cbocteristics of iso - molar liquld co and n , from their intermolecular potential
根据冲击压缩实验数据和对应态原理拟合了上述混合液样的exp 6势参数；采用改进的流体微扰变分统计力学方法（ mcrsr ），从分子相互作用势出发计算了液态co和n 。等摩尔混合物初始样品的冲击压缩特性。
In the account and analyses , we take into account the temperature stress in the cases : the base course is not cracking and the base course has been cracked . according to case of the base course cracked , the stress intensity factor of crack tip has been counted . according to case of the base course not cracked , the bend experimentation , the snap experimentation , the fatigue experimentation and the compress experimentation have been done , in addition , according to the latter , the finite element analyses have been done to demonstrated the temperature stress and the prime location of the glasgrid
在分析计算中，主要考虑基层开裂前和基层开裂后两种情况下的温度应力场，对基层开裂后，裂缝尖端的应力强度因子进行了计算；对基层开裂前的温度应力场进行了室内小梁弯曲实验、劈裂实验、疲劳实验、压缩实验，结合有限元分析结果，论证了基层开裂前的温度应力场及格栅的最佳铺设位置；研究成果在宁夏古王路上进行了验证。
( 5 ) the ability of carry out a porous shock compression experiments with uncertainty less than 20 % has been had , and then there is a possibility to obtain at high pressure with uncertainty less than 10 % . ( 6 ) another method to get , utilizing the method 3 p _ ( c ) and shock compression data , has been investigated . it has been shown preliminarily that there a simple phenomenal project to calculate by utiliaing this method
第三方面，考察了以实验数据计算的一些情况，获得的主要结果为( 5 )就目前所能达到的实验精度，开展具有适当初始疏松度的疏松材料的冲击压缩实验可提供不确定度10的高压实验测量值； ( 6 )利用本文给出的冷压与冲击压缩实验数据联立的方法计算了大量金属的宽热力学范围的男，初步的分析表明，以该方法为基础可形成一种更多保留实验信息的gruneisen系数唯象计算方法。
The apparent activation volume calculated by the model is about 2500a3 , which was ten times larger than that of usual amorphous alloy and was at the same range of the amorphous polymer . the model shows the main deformation mechanism of nanocrystalline ag is grain boundary sliding , which in some extent declares the similar forms of equation with amorphous alloys . with the ananlysis to the hrem of nanocrystalline ag , the discrepancy of the apparent activation volume between the nanocrystalline ag and amorphous alloys is interpreted by the loss of atoms participating in grain boundary sliding without enough reconstruction by the movement of atoms under the low temperature
运用晶界滑移的热激活理论对压缩实验结果进行了数值拟合，拟合曲线与实验数据符合很好，得到了晶界滑移的表观激活体积(热激活基本单位体积与局域瞬态应变的乘积) ，约为2500a ~ 3 ，先当于几十个原子体积大小的瞬态变化，约为非晶合金的10倍以上，与非晶高聚物的表观激活体积相当。