- 更多网络例句与体积压缩性相关的网络例句 [注：此内容来源于网络，仅供参考]
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In this investigation, the compression behavior of COx argillite with two different grain size distributions, which were obtained by two different crush procedures, was studied by running 1D compression tests with several loading-unloading cycles.
通过开展一维压缩试验，研究2种不同粉碎工艺下获得的粗／细COx土样的压缩特性，结果表明：压缩曲线受粒度成分的影响非常明显，为获得同等压实度，细粒土所需的压实功能较粗粒土高，除此之外，细粒土的压缩指数也高于粗粒土，表现出较强的压缩性；随着土样压实密度的增加，粗／细土样的压缩曲线逐渐靠拢，粒度成分对压实功能影响逐渐减弱；土样卸荷时回弹指数随干密度的增加而增加，受粒度成分的影响不明显；高压实ρ(下标 d=2.0g/立方公分粗粒土样在7 MPa的轴向应力下饱和时，体积发生明显的塌陷现象，饱和后土样的压缩指数小于饱和前，而回弹指数则较饱和前高。
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Consolidation test is a important link of obtaining mechanical properties index of soil and coefficient of compressibility gained through the test is a key data to evaluating the compressibility of soil. Consisting of solid phase and liquid phase of the salty soil is different from the non-salty one. Eutectic salt in soil may exist as liquid phase, solid phase or both of them and these phases can interconvert because it is affected by temperature, Na_2SO_4 content, water content. Especially when temperature drops, Na_2SO_4 will crystallize and expand, namely salt expansion of soil. These particularities make soil sample put in environmental cabinet when consolidation test is going on. So soil sample can be compressed by temperature controlling system under a set temperature.From experiment, the formulae counting coefficient of compressibility of salty soil have been given.
土的固结试验，是取得土的力学性质指标的一个重要环节，因为土的固结试验所取得的压缩系数，对评价土的压缩性是一个关键数据，但由于盐渍土的固相、液相组成和非盐渍土不同，土中易溶盐受温度、含盐量、含水量的影响可以以液相、固相、液相和固相混合形式存在，且它们之间的存在形式可以相互转换，尤其是当温度下降时，硫酸钠便结晶产生体积膨胀，即盐胀，这些特殊性就使得在进行硫酸盐渍土的固结实验时，须将土样放置在环境箱中，通过温度控制系统使土样在设定的温度下受压产生变形。
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Based on the compressibility experiment of rubbed korshinsk peashrub at different temperatures ranging from 22℃ to 140℃, the mathematical models were established which could explain the relationships between the pressure and volumetric strain, the pressure and compressed density as well as the bulk modulus and compressed density, and the effect of temperature on the compressibility of rubbed korshinsk peashrub was obtained.
该文通过对揉碎柠条在22～140℃范围内4个不同温度下的压缩试验，建立了柠条在压缩过程中压力与体积应变、压力与压缩密度以及体积模量与压缩密度的数学模型，获得了温度对揉碎柠条可压缩性的影响规律。
- 更多网络解释与体积压缩性相关的网络解释 [注：此内容来源于网络，仅供参考]
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compressibility：可压缩性
实际流体都有可压缩性(compressibility)和黏滞性(viscosity). 可压缩性是指流体的体积随压强的不同而改变的性质. 实际液体的可压缩性很小,例如,对水增加1000atm的压强,仅使水的体积减少5%左右;气体虽易压缩;但它的流动性好,除密闭容器中的气体外,
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compressibility：压缩性
实际流体的运动十分复杂,这是因为任何实际流体都有可压缩性(compressibility)和粘性(viscosity). 所谓可压缩性,即流体的体积随压强的不同而改变的性质. 实际液体的可压缩性是很小的,例如,对水增加1000atm的压强,仅使水的体积减少5%左右.
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volume compressibility：体积压缩性
体积分析 volume analysis | 体积压缩性 volume compressibility | 体积流量 volume flow
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bulk compressibility：体积压缩性
bulk check 整体检查 | bulk compressibility 体积压缩性 | bulk density 体密度
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viscosity：粘性
实际流体的运动十分复杂,这是因为任何实际流体都有可压缩性(compressibility)和粘性(viscosity). 所谓可压缩性,即流体的体积随压强的不同而改变的性质. 实际液体的可压缩性是很小的,例如,对水增加1000atm的压强,仅使水的体积减少5%左右.
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volumetry：容量分析
volumetrically weighted pressure 体积加权平均压力 | volumetry 容量分析 | voluminal compressibility 体积压缩性
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reservoir volume unswept：油层未波及体积
reservoir volume ratio 地层体积系数 | reservoir volume unswept 油层未波及体积 | rock bulk compressibility 岩石体积压缩性
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volumetrically weighted pressure：体积加权平均压力
volumetrically weighted average 体积加权平均值 | volumetrically weighted pressure 体积加权平均压力 | voluminal compressibility 体积压缩性
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voluminal：体积的
voluminal compressibility 体积压缩性 | voluminal 体积的 | VPR 泵的冲程体积
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voluminal compressibility：体积压缩性
volumetrically weighted pressure 体积加权平均压力 | voluminal compressibility 体积压缩性 | voluminal 体积的