体积平移法,Volume translation method
1)Volume translation method体积平移法
1.In this paper,on the basis of SRK equation of state,the authors put forward volume translation method,and apply Rackett equation parameters to achieve the linkages between relevant parameters,thereby more accurate calculation results of the density of saturated liquid are obtained.在SRK状态方程的基础上,提出了计算饱和液体体积的体积平移法,并采用Rackett方程中相关参数实现参数间的关联,从而更精确地实现饱和液相密度的计算。
2)Volume transformation体积平移
3)averaging method in volume体积平均法
4)Volume equilibrium method体积平衡法
5)planimetric volume measurement平面体积测量法
6)volume displacement体积位移
1.Measurement ofvolume displacement of vibration structure based on PVDF piezoelectric sensors;基于PVDF压电传感器测量振动结构体积位移
2.With a shown example of simple supported plate, a new piezoelectric sensor design is presented to measurevolume displacement.以简支板为例 ,提出一种新的压电式传感器的设计方法测量体积位移 通过在板表面布置一组相同形状的矩形PVDF薄膜作为传感器 ,然后通过对这组PVDF传感器的输出信号设计相应的加权系数 ,使加权后输出信号之和等于体积位移 研究表明这种传感器设计方法与辐射体表面上的外激励力性质 (如激励力类型、频率以及位置等 )无
3.With the example of vibrating beam of difference boundary conditions,a new methodology is presented to designvolume displacement sensor using shaped PVDF film on the basis of mode orthogonal property and integration in parts approach.以不同边界条件的振动板为例,提出利用模态方法和分部积分方法设计PVDF传感器测量体积位移。
英文短句/例句
1.Optimization of local volume displacement sensor placement for vibrating beam振动梁局部体积位移传感器的优化布置
2."Pumps are classified by how they transfer energy to the fluid. The Basic methods are volume displacement, addition of kinetic energy, and use of electromagnetic force."根据它们给流体传输能量的方式来将它们分类,基本的方式是体积位移、增加动能和使用电磁力。
3.Extended Displacement Discontinuity Boundary Integral Equation Method for Magnetoelectroelastic Media;电磁固体广义不连续位移边界积分方程方法
4.a unit of measurement of volume or capacity.测量体积或容积的单位。
5.void space in packing system(晶体) 堆积中空位
6.Small size,casy to operate,and convenient to move, it can be put beside the sickbed and disinfect the bed unit and the room directly.体积小、易操作，便于移动。能在病床边同时对床单位及房间直接消毒。
7.movable pore volume流体可驱移的孔隙容积
8.The virtual displacement method specifies that the sum of the shaded areas is equal to the sum of the stippled areas.虚位移法规定阴影面积之和等于点画面积之和。
9.To avoid confusion, the product of a force and a displacement will be called a work product.为了避免混乱，将力和位移的乘积叫乘积功。
10.The" displacer piston" moves the gas between the two ends and the" power piston" changes the internal volume as the gas expands and contracts.“位移活塞”在这两点间推动气体，而“施力活塞”会在气体膨胀与压缩时改变内部容积。
11.a board measure = 1980 board feet.木材体积单位=板英尺。
12.a metric unit of volume or capacity equal to 10 liters.公制体积单位等于升。
13.We usually define work as the product of force and distance我们通常把“功”定义为力与位移的乘积。
14.CALCULATION OF UP-LIFT DISPLACEMENT OF AEOLIAN-SAND SPREAD FOUNDATION风积砂扩展基础的上拔位移控制计算
15.A Method of the Moment Diagram for Predicting the Deflection of Structure and Its Application;结构位移计算的弯矩图面积法及应用
16.However, stent migration was noted and possibly due to tumor shrinkage and subsequent luminal enlargement.然而，在后续追踪却发现支架移位现象，或由于肿瘤体积缩小以致血管扩大所致。
17.She shifted in her seat.她在座位上移动了身体。
18.a metric measure of volume or capacity equal to a cube 1 millimeter on each edge.公制体积或容积单位等于边长为一毫米的立方体的体积。
相关短句/例句
Volume transformation体积平移
3)averaging method in volume体积平均法
4)Volume equilibrium method体积平衡法
5)planimetric volume measurement平面体积测量法
6)volume displacement体积位移
1.Measurement ofvolume displacement of vibration structure based on PVDF piezoelectric sensors;基于PVDF压电传感器测量振动结构体积位移
2.With a shown example of simple supported plate, a new piezoelectric sensor design is presented to measurevolume displacement.以简支板为例 ,提出一种新的压电式传感器的设计方法测量体积位移 通过在板表面布置一组相同形状的矩形PVDF薄膜作为传感器 ,然后通过对这组PVDF传感器的输出信号设计相应的加权系数 ,使加权后输出信号之和等于体积位移 研究表明这种传感器设计方法与辐射体表面上的外激励力性质 (如激励力类型、频率以及位置等 )无
3.With the example of vibrating beam of difference boundary conditions,a new methodology is presented to designvolume displacement sensor using shaped PVDF film on the basis of mode orthogonal property and integration in parts approach.以不同边界条件的振动板为例,提出利用模态方法和分部积分方法设计PVDF传感器测量体积位移。
延伸阅读
滴体积法分子式：CAS号：性质：一种测定液体表(或界)面张力的方法。将液体自能润湿的垂直厚壁毛细管下端缓慢流出，形成一悬挂的液滴，当此液滴自管口滴落时，液体的表(或界)面张力γ与液滴体积V(或重量mg)、管口半径r服从下述关系：式中，g为重力加速度常数；m为1滴液体质量；F为与V及r有关的校正因子；ρ2为液体密度；ρ1为液体外介质密度，当外介质为气体时ρ1可以忽略。液滴的体积可由测定滴头上已校正好的体积刻度读出，质量m可称重。此法所得数据准确，方法简便，一般实验室均可采用。
