测定了低温下聚氨酯硬泡沫塑料拉伸、剪切和压缩弹性模量与泡沫密度、方向以及温度的关系。
Measurements have been made to determine the relation of the tension, the compression and the shearing of PUR foam at low temperature with its density, direction and temperature.
研究了油墨温度与溶剂的消耗量、油墨的消耗量以及印品的反射密度、光泽度、网点等质量检测指标的关系。
The relationship between ink temperature and solvent consumption, the ink consumption and print quality test indicators, such as reflection density, gloss, and dot structure were studied.
利用最小二乘法，建立过热蒸汽的密度与温度、压力之间的函数关系，实现过热蒸汽的空间曲面补偿法，力求测量误差达到最小。
Use method of the least squares to build function relation between temperature and pressure, the space camber compensation method is realized and makes THD measuring error least.
新疆辣椒疫霉病的发生与地表温度、栽培密度和灌水方式有直接关系。
The capsicum Phytophthora occurrence is directly related with the ground-surface temperature, the plant density and the irrigation way at Xinjiang.
通过分析试验数据，找到电积液的密度与锌离子浓度、硫酸浓度以及温度之间的变化规律，并且建立了相应的经验关系式。
From the experimental data, the empirical formula deduced correlating zinc concentration, sulfuric acid concentration and temperature to the density of the zinc sulfate electrolyte.
研究了玻璃的密度、折射率、特征温度等物理性质与化学组成的关系。
The physical properties of glass, e. g., density, refractive index, characteristic temperature etc.
讨论了聚氨酯硬泡沫塑料低温比热与密度、温度以及空气中存放时间等参数的关系。
The relationships between specific heat of PU rigid foam at low. temperature and such parameters as those of temperature, density and ageing time, etc., have been discussed.
关联了溶解度模型，表明同一温度下的硫酸钠溶解度对数与水密度对数呈线性关系。
The experimental results also showed that at the same temperature, the plots the logarithm of solubility vs. the logarithm of the density of water yielded a straight line.
分析了热流密度与壁体温度的关系；
The relation between the heat flux and the temperature of the stave was analyzed.
导出一个简明的粒子数密度差与温度的关系式。
A concise relation between the population density difference and the temperature is derived.
研究了烧结坯的密度、抗弯强度、晶粒度与掺碳量、烧结温度、保温时间的关系。
The relationships between the density, bending strength and grain size of the sintered compact and the quantity of additives, sintering temperature, sintering time were investigated .
与建筑密度、容积率呈正相关关系，即小区建筑密度、容积率的值越高，则该小区的平均地表温度值就越高。
And average surface temperature and the building density, plot ratio have positive correlation, that is, the higher the value, the higher the temperature.
电流密度与温度对铁氧体半导化的速率和程度的影响没有简单的单向关系。
There was no simple monotonous effects of the current density and temperature on the rate and degree of the semiconduction of the ferrite.
以及温度变化与板坯含水率、板厚、板材密度和热压温度等因素的关系进行了探讨。
Experiment results showed the temperature change was affected by some factors respectively, such as moisture content of the map, thickness and density of panel pressed, and hot-pressing temperature.
研究了平均孔洞密度、平均孔洞直径、肿胀、肿胀率同孕育剂量与温度的关系。
The electron energy in HVEM was 1 MeV. The results of mean void density, mean void diameter, void swelling, swelling rate and incubation dose vs. dose and temperature are presented.
通过实验，得出了常压下得热流密度与壁面过余温度的关系曲线，为今后的进一步研究提供了基础。
From the experimental study, we gained function curve of heat flux and surface excess temperature under the atmospheric pressure. It will provide the base of farther development in the future.
通过测量材料表面的温度来研究火蔓延的情况，同时还将火蔓延与火灾过程中的重要参数如热释放速率、热流密度和室内温度等进行了比较，分析了相互之间的关系。
Some key fire parameters, such as heat release rate, heat flux, room temperatures etc, were also performed and compared with the flame spread. The relationships among these parameters were analyzed.
通过测量材料表面的温度来研究火蔓延的情况，同时还将火蔓延与火灾过程中的重要参数如热释放速率、热流密度和室内温度等进行了比较，分析了相互之间的关系。
Some key fire parameters, such as heat release rate, heat flux, room temperatures etc, were also performed and compared with the flame spread. The relationships among these parameters were analyzed.
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