1.
The connection between the thickness of liquid fuel layer and the filling temperature and gas press is given by usage of BWR equation.
以及,在工作温度下,燃料液体层的厚度和充填温度、充填压力之间的对应关系。
2.
Study on High Precision Temperature Sensor in Fabry-Perot Cavity Filled With Liquid Crystal
液晶填充F-P腔高精度温度传感器的研究
3.
Analysis of temperature effect of framed wall filled with reinforced concrete
钢筋混凝土框架填充墙的温度效应分析
4.
Managing Transient Thermal Environments During the Underfill Process
底部填充工艺的瞬时温度环境管理(英文)
5.
Relative study of the weight changing of down & feather fillings in different temperature & humidity
羽绒填充量与环境相对温湿度的相关性研究
6.
Theory Analysis of the Temperature Crack Reason of the Filling Wall in the Reinforced Concrete Frame Construction
钢筋混凝土框架填充墙温度裂缝机理定性分析
7.
There can be some trade off between die temperature, cavity filling time and the temperature of the molten metal.
在压铸模温度、腔充填时间和金属熔化温度之间可能要做某些权衡。
8.
Applicability of the Theory of Micropore Volume Filling on Zeolite NaX under and above Adsorbate Critical Temperature
跨越临界温度的分子筛吸附——微孔体积填充理论的适用性
9.
Study on Temperature and Desiccation Fissure s Producing Mechanism of Light-weight Filled Wall Frame;
框架轻质填充墙温度和干缩裂缝产生机理的研究
10.
Effecct of the Size of Solts in Wall and Materials Embedded on Temperature Measurement and Heat Flux Disrtibution;
壁面开槽尺寸及槽内填充物对测温精度和热流分布的影响
11.
Analysis on Temperature Sensing Properties of Photonic Crystal Fiber Based on Liquid Filling
基于液体填充的光子晶体光纤温度传感特性分析
12.
Process window analysis, another part of mold flow analysis, examines melt temperature, mold temperature, injection pressure, and fill times.
加工窗口分析、它零件的模流分析，检查熔体温度、具温度、塑压力和充填时间。
13.
In Vitro Comparison of the Obturation Density by Three Techniques;
三种根管充填技术体外充填密度的对比
14.
Resistance-temperature Behavior of CB-filled EVA/PE-HD Foamed Composites
炭黑填充EVA/PE-HD发泡材料的阻温特性
15.
Lower Temperature Impact Strength Study of UHMWPE Modified by Fillers
填充改性UHMWPE低温冲击性能研究
16.
The numerical simulation of the velocity field and temperature field of the natural convection in porous medium with a trapezoid space was conducted.
本文对填充有多孔介质的梯形空间内的自然对流的流场和温度场作了数值计算。
17.
The proper interpass temperature is required to prevent cold and hot cracking as well as the proper selection of welding filler material, to produce the proper creep resistance and toughness.
需要适当的程间温度和正确选择填充金属材料来防止冷热裂缝，产生适当的蠕变阻力和韧性。
18.
fiber packing density
纤维填充密度，纤维密集度