体积压缩系数的英文

• coeffcient of volume compressibility
• coeffcientofvolumecompre ibility
• coefficient of bulk compressibility
• coefficient of viscosity
• coefficient of volume change,mv
• coefficient of volume compressibility, mv
• compressibility coefficient of volume
• volume compressibility

• 压缩    compress; condense; reduce; ...
• 系数    coefficient; ratio; modulus; ...
• 孔隙体积压缩系数    pore volume compressibility
• 毛体积压缩系数    bulk compressibility
• 容积压缩系数    volume compressibility
• 矿物和岩石的体积压缩系数    （β） rock and mineral bulk compressibility modulus
• 体积压缩性系数    coefficient of volume compressibility
• 体积压缩    bulk compression; volume compression
• 体积压缩率    volume compressibility
• 体积压缩性    bulk compressibility; volumetric compressibility; voluminal compressibility
• 可压缩系数    coefficient of compressibility
• 压缩系数    coefficent of compressibility; coefficient of charge; coefficient of compre ibility; coefficient of compressibility, av; coefficient of compression, cv; coefficientofcompre ibility; compacting factor; compressibility coefficient; compressibility factor; compressibility figure; compressiblity factor; compressiblityfactor; compression coefficient; compression efficiency; compression factor; compressioncoefficient; pressing factor
• 压缩性，压缩系数    compressibility
• 体积压缩模量    compressive bulk module; modulus of cubic compressibility
• 体积压缩模数    modulus of compressibility
• 体积减缩系数    volume reduction factor
• 表观压缩系数    apparent coefficient of compressibility
• 不可压缩系数    incompre ibility coefficient; modulus of incompressibility
• 等温压缩系数    isothermal compressibility
• 二次压缩系数    coefficient of secondary compression
• 绝热压缩系数    adiabatic coefficient of compression; adiabatic compression coefficient; coefficient of adiabatic compressibility
• 孔隙压缩系数    pore compressibility
• 流体压缩系数    fluid compressibility
• 轮胎压缩系数    factor of tire compression; factor of tyre compression
• 频带压缩系数    bandwidth compression factor

• Abstract : the differences between loess and sand in liquefaction mechanism , models of pore water pressure generation , coefficients of volumetric compressibility and permeability coefficients are preliminarily analyzed to realize the characteristics , the rapid increase , slow dissipation of pore water pressure and large settlement during loess liquefaction
  文摘:初步分析了黄土与砂土在液化机理、孔压增长模型、体积压缩系数以及渗透系数方面的差异以便认识黄土液化具有的孔压增长快、消散慢和沉降大的特性。

• 体积压缩系数的日语：たいせきあっしゅくけいすう