The temperature value obviously depends upon the conditions of the test and the allowed deflection and for this reason, the test values are only really useful for comparing different polymers.
其温度值明显取决于试验条件和允许偏差，因此对比较不同的聚合物而言只有试验数据是真正有用的。
The temperature at which a thermoplastic can be operated under load can be defined qualitatively by the heat deflection temperature.
热塑性塑料带载运行温度可从质量上定义为热偏差温度。
The temperature change is displayed by the deflection degree of cursor of galvanometer.
通过灵敏电流计光标的偏转角度显示温度的变化。
From the test results, the regularities of temperature field, deflection, axial restraining force and connection moment are presented.
通过试验得出了钢梁的温度场分布、变形、轴向约束力和连接弯矩的变化规律。
Because the deflection and the temperature floating is compensated by flipping technology, the influence of some factors such as temperature on the system is reduced.
同时，采用跳转技术对偏差及温度漂移进行了补偿，减少了温度等因素对本系统造成的影响。
It was also found that at a fixed temperature the transverse-rupture strength of the alloy generally increased with the steepness of load-deflection curves.
还表明，在一定温度下，载荷-挠度曲线越陡，合金的抗弯强度一般也越高。
The real time monitoring for residual strain induced by resin cure during the RTM process was realized by measuring the relationship among wave deflection, temperature and curing time.
通过光纤光栅波长偏移与温度和固化时间之间的关系测试，得到了树脂固化过程中残余应变的变化历程，成功实现了RTM工艺树脂固化过程中残余应变的在线监测。
This is the temperature at which a simply supported beam specimen of the material, with a centrally applied load, reaches a predefined deflection.
这是中心承载的该材料简支梁达到预定偏差的温度。
This paper introduces how to prevent the deflection of gain and temperature in an amplifier from influencing the measurement accuracy of chip micro computer data detection system.
介绍了如何克服单片机数据检测系统中放大器的增益漂移、温度漂移对测量精度的影响。
The glass fiber reinforcement enhances performance such as strength, stiffness and heat deflection temperature.
玻璃纤维增强材料的性能提高，如强度，刚度和热变形温度。
In fact the relationship between deflection and temperature is the relationship between deflection and asphalt concrete layer moduli.
弯沉与温度的关系实质上就是弯沉与沥青层模量的关系。
The way of heating air by using high temperature-air container was designed for the measurement of the heat deflection temperature (HDT) of polymer materials.
提出了采用加热空气介质的高温空气槽测定材料热变形温度(HDT)的方法，通过几种高分子材料在油浴中及高温空气槽中测定HD T值的比较。
The way of heating air by using high temperature-air container was designed for the measurement of the heat deflection temperature (HDT) of polymer materials.
提出了采用加热空气介质的高温空气槽测定材料热变形温度(HDT)的方法，通过几种高分子材料在油浴中及高温空气槽中测定HD T值的比较。
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