在低温液体火箭发动机的试验中，对液体密度的测量是很重要的。
It is very important to measure liquid density in cryogenic liquid rocket engine test.
文中对测量蒸汽凝集流量和测量液体密度方面的应用作了简要介绍。
Experimental results are given. Its applications in the measurement of condensed steam flow and the liquid density are also presented.
采用与液体密度计读数类似的方法，能够直接读出被测固体的密度。
With the steelyard, the value of solid density can be read out directly, like liquid density apparatus.
广泛用于各大油田，地质勘探和实验室进行液体密度的分析和测定。
It has been widely applied in the oil fields, geological exploration and laboratories for analysis and measurements of fluid density.
同时测定了以上五种物质在高温范围内的饱和蒸汽压和饱和液体密度。
The vapor pressure and saturate liquid density of the five compounds were determined in high temperature.
介绍了几种典型的液体密度传感器的基本结构、工作原理与应用特点。
The structure, operational principle of several typical liquid density sensors and their application features are described and analyzed.
本方法所需数据为：液体密度、Z_（RA）值及正常沸点下蒸发焓。
The data required in the method are: liquid density, Z_(RA)and vaporization enthalpy at normal boiling point.
对研究室、化验室在测定液体密度时，使用二等标准密度计较为相宜。
The second grade stancard densitometers are the most ideal meters for the job-deternining the density of liquids-in the laboratories of scientific research institute.
液体密度实时测量系统由力传感器、浮子、数据采集器、电脑软件组成。
The system of liquid density measurement consists of force sensor, float, data gather, and software.
流体的液动力和管路工作压力及液体密度引起的压力三者叠加而形成管内压力。
In the pipe, the pressure consists of three parts of fluid dynamic, pipe operation pressure and fluid density pressure.
所有的数据，包括液体密度、粘度、声速、连续折射率，都在井下油藏温度和压力条件下测得。
Measurements of fluid density, viscosity, sound speed, and continuous refractive index are made downhole under reservoir temperature and pressure conditions.
在对圆筒谐振子的数学模型计算和有限元分析的基础上，设计了一种新型的谐振式液体密度传感器。
Based on the calculation and finite element analysis of resonator, a new kind of resonant liquid density meter is designed.
同时还测定了上述物质直至接近临界点的蒸气压及饱和液体密度，并提供了与温度关联式的系数值。
Vapor pressures and saturated liquid densities for all above compounds were also determined near the critical points, and the coefficients of correlation to temperature are provided.
分析了兰姆波对液体密度变化的敏感情况，提出了一种基于兰姆波技术的测量液体密度微小变化声传感器。
The sensitivity of Lamb wave was analyzed and the working theory of a novel density sensor for liquid based on the Lamb wave technology was presented.
对于高铁的氧化物混凝土也带来了更多的铁氧化物粉煤灰，它很大的贡献是主要决定进行的离子导电性液体密度。
For the fly ash with high iron oxide concrete also brought more iron oxide, it contributed much to the density that primarily determined the conductivity from liquid ionic conducting.
物理学家说这个数据在计算像液体渗过不同密度的土壤这一类的问题时很有用。
The physicists say the data will be useful when calculating, for example, how liquids seep through soils of different densities.
公司人员计划通过给目前的油井中注入高密度的液体和混凝土来密封其空间。
Crews plan to drill toward the current well and then inject it with heavy fluids and concrete to seal it.
两种液体要有，相同的密度。，对C1应该有不同的值。
Two liquids with the very same density would have... they could have very different values for C1.
所以你最终得到的结果是，液体的的摩尔密度，小于固体的摩尔密度。
So you've got the molar density for liquid is then smaller than the molar density for the solid.
事实上这比真正，液体的密度要小，比如说糖浆。
In fact, it's always a little smaller than the actual density of the liquid, of the syrup itself.
在临界温度以上和高压下，蒸汽密度可能变得象在低温下液体那样稠密且不可压缩。
Above the critical temperature and under high pressure the vapor may become as dens and as incompressible as the liquid at lower temperature.
镁是液体，但是它的密度比氯化镁要小。
Magnesium is a liquid but it's less dense than magnesium chloride.
密度：液体。
依液体温度选择电流密度，冬季用下限，夏季用上限。
In accordance with the liquid temperature selection in winter, current density, summer with the lower limit.
由于液体血液和血管是不是很密集，高密度的对比(如大量的碘原子)是用来查看X射线下的船只。
Since liquid blood and the vessels are not very dense, a contrast with high density (like the large iodine atoms) is used to view the vessels under X-ray.
这还取决于，比方说，液体或气体的密度，分子的大小，它们改变了模拟程序中的参数，它们在一个时间单元内运行的距离，或者之类的。
And, depending upon, say the density of the gas or the liquid, the size of the molecules, they change parameters in the simulation, how far it, say, goes in each unit time and things like that.
利用交流电桥和约利弹簧秤组成实验装置，测量了金属的线胀系数和液体的密度。
Coefficient of linear expansion of metal and density of liquid are measured by the experiment device which is composed of AC bridge and Joly spring balance.
这种技术不仅提供较高的功率密度，而且还提高了整个绝缘系统包括液体绝缘的质量和寿命。
This kind of technology can not only offer higher power density and can still raise the life and quality of entire insulation system including liquid insulation.
并对制得的二酯基磁性液体饱和磁化强度、密度、粘度、稳定性和粒子直径等性能参数进行表征实验。
The experiments were carried on the synthesized diester-based magnetic fluids to characterize their saturation magnetization, density, viscosity, stability and the diameter of particles.
应用能量的观点把液体的分布密度忽略，将使公式计算简化。
The distributive density of liquids can be ignored by adopting the view of energy so as to simplify the computing equation.
应用推荐