1)  compressibility factor
压缩因数
2)  supercompressibility factor
压缩因数
3)  critical coefficient of compressibility
临界压缩因数
4)  bulk factor
容积压缩因数
5)  momentum compaction factor
动量压缩因数
6)  gas deviation factor
天然气压缩因数
7)  compression
压缩
1.
Ultrasonic Signal Compression Based on Adaptive Wavelet Thresholding;
铝合金锻件超声信号的自适应小波压缩方法
2.
Study on the compression and hardening of Triploid Populus Tomentosa lumber;
三倍体毛白杨木材压缩密实化研究
3.
Research on impact compression performance of glass fiber reinforced frictional material;
玻璃纤维增强摩擦材料冲击压缩性能研究
8)  compressive
压缩
1.
Study on dipping and compressive process of Chinese fir by PF resin;
PF树脂对杉木浸渍与压缩工艺的研究
2.
MD(molecular dynamics) method was used to simulate the tension and compression of one carbon nano-peapod,made up of one(10,10) carbon nano-tube and one 4C_(60) fullerene-chain,and,its tensile and compressive properties were analyzed by comparison with those of one(10,10) carbon-tube and one 4C_(60) fullerene-chain.
采用Tersoff势与L-J势的分子动力学(MD)方法,模拟了4C60富勒烯链/(10,10)碳管纳米豆荚(nanopeapod)的拉伸与压缩过程,并将其与(10,10)碳纳米管以及4C60富勒烯链的拉伸与压缩力学特性进行了比较。
3.
The fracture mechanisms of a fully lamellar TiAl alloy were studied by tensile tests,compressive tests and bending tests.
通过拉伸、压缩、弯曲实验分析研究了全层(FL)组织TiAl基合金的断裂机制。
9)  compress
压缩
1.
Influence of braiding parameters on the radial compressive property of regenerated peripheral nerve conduit;
编织工艺参数对周围神经再生导管径向压缩性能的影响
2.
Experimental studies on compressing chopped cotton stalks to high densities.;
切碎棉杆高密度压缩成型的试验研究
3.
Application of the supply power technique in the video compression system;
视频压缩系统中电源技术的应用
10)  compressing
压缩
1.
On a new-style channel of compressing section in tube extrusion die;
管材挤出模具新型压缩段流道的研究
2.
Construction of quasi-cyclic LDPC codes based on compressing;
压缩型QC-LDPC码的编码构造
3.
The Designation of Wood Chips Compressing and Packing and the Reserch of Stress Slackness;
木片压缩打包机设计及木片压缩应力松驰研究
补充资料：临界压缩因子
分子式：
CAS号：

性质：将以临界参量Tc,pc，Vm,c及对比变量Tr，pr，Vr，所表示的温度T=Tr·Tc，压力p=pr·pc和摩尔体积Vm=Vr·Vm，c代入压缩因子Z的定义式时，有Z=pVm/RT=prpcVrVm,c/RTrTc   =(pcVm,c/RTc)(prVr/Tr) =Zc(prVr/Tr)上式中的Zc=pcVm，c/RTc，称为临界压缩因子。由于存在着R=(8/3)(pcVm，c/Tc)的普遍关系，所以对于不同种实际气体来说，Zc均为3/8，是一个常数。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条