1)  volumetric coefficient of elasticity
体积弹性系数
1.
Rubber s volumetric coefficient of elasticity,therefore,might be measured by measuring change of laser path length.
因此通过测量光路长度的变化可以实现橡胶体积弹性系数的测量。
2)  volume
体积
1.
Calculation Method of Air-volume of Triplex Slurry Pump;
三缸单作用泥浆泵空气包气囊体积的计算方法
2.
The calculation of the volume of the air accumulator of the triplex drilling pump;
三缸单作用钻井泵空气包体积的设计计算
3.
Volumetric Properties of L-threonine in Aqueous Glucose, Sucrose and L-ascorbic Acid Solutions;
L-苏氨酸在糖及维生素C水溶液中的体积性质
3)  specific energy input
体积能耗
4)  volume model
体积模型
1.
The Molecular Interaction Volume Model(MIVM) is introduced for the prediction and fitting of the activities of liquid alloys Ni-Mg-Cu,Ni-Al-Si and Ni-Cu-Co in the ternary systems.
应用分子相互作用体积模型对二元和三元液态合金的组元活度进行预测及拟合,计算结果与实验数据吻合较好。
2.
Based on the waterflood development volume model of shaly sand,a modified parallel model is ado.
在分析泥质砂岩注水开发体积模型的基础上,采用一种改进的并联模型,推导出不同注水条件下的混合液地层水电阻率的理论模型,重点对注水开发中、后期水淹层地层水电阻率的变化规律进行了理论分析与模拟,并结合岩心分析与激发极化电位测井解释成果进行应用对比,对水淹机理研究具有一定的指导意义。
3.
The authors get the result that way 2 is better than way 1 by processing data, making use of least squares method, volume model and classification exchange model.
我们利用最小二乘法、体积模型、等级换算模型对数据进行处理,得出方法二比方法一的准确性略高。
5)  pore volume
孔体积
1.
Influence of specific surface area and pore volume of iron pyrites on adsorption capacity;
硫铁矿的比表面积、孔体积及其对硫铁矿吸附能力的影响研究
2.
The pore volumes of FCC equilibrium catalyst from Wuhan Petrochemical Complex demetallized by mixed acids 1# and 2# with various mass fractions were studied.
用复配的不同质量分数的1#混合酸和2#混合酸分别对武汉石化催化裂化平衡剂进行脱金属处理,并对处理后的催化剂孔体积进行了考察。
3.
The specific surface of δ-MnO2 is 325 m2/g,its pore volume is 0.
58m2/g,孔体积为0。
6)  volumetric errors
体积误差
1.
In this paper,the accuracy of measurement is analyzed and a new sapplementary scheme is proposed to accurately identify volumetric errors even under the existence of setup errors.
并分析了激光矢量法的辨识精度,提出了一种补充方案,该方案能在安装误差存在的情况下准确快速地辨识出体积误差,通过实验验证了该方案的可靠性和有效性。
参考词条
补充资料:体积弹性
分子式:
CAS号:

性质:物体受到围压力下产生的体积变形,外力除去后形变回复的性质。表征体积弹性的参数常用压缩应变(△)与体积模量(B),其表达式为:△=(△V/V0);B=(PV0/△V)。其中P为受到的均匀围压力(如流体静压力),V0为试样原体积,△V为体积缩小量。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。