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1·Treatment may be given to reduce the elevated temperature.

为了降低升高的体温，患者可能要进行一些处理。

2·Interaction between Protein and Lipid in Soybean Milk at Elevated Temperature

蛋白质亚基缺失的特异大豆的筛选及β亚基在大豆加工中的作用

3·It has satisfactory mecha deal properties both at room and elevated temperature.

它具有良好的常温与高温机械性能。

4·Cobalt - based alloy is a kind of important materials used in elevated temperature.

钴基合金是一种重要的高温材料。

5·Increased humidity and elevated temperature will reduce available work time and set time.

湿度和温度增加将使可得的工作时间和凝固时间缩短。

6·Casting and curing of concrete at elevated temperature would decrease its compressive strength.

拌和及养护的温度高，混凝土抗压强度低。

7·Applications requiring strength at elevated temperature, e. g. engineering hardware, brake component.

用于在高温下需要保持强度的铸件，如工程配件，刹车组件。

8·The purified precipitate burns at elevated temperature and high pure tungsten trioxide can be obtained.

通过这一系列过程将钨酸纯化，然后高温灼烧即得高纯三氧化钨。

9·Elevated temperature method is used to measure the thermal power and electrical properties of welding arc.

采用温升法测量了电弧的热功率和静特性。

10·The correlation between mechanical behavior of concrete and temperature was analyzed at elevated temperature.

分析研究了高温作用下混凝土的力学性能与温度之间的关系。

高温

1·QUENCHING: The process of rapid cooling from an elevated temperature. The product is placed in contact with liquids or gases, usually oil, water, or air.

淬火：指从某一高温快速冷却的过程。产品被放置于液体或气体中接触，通常是油，水或者空气。

2·To minimize thermal degradation due to prolonged heating during evaporation, it is necessary to minimize the time that the food product remains at elevated temperature.

为了减少蒸发中由于长时间加热而产生的热降解，缩短加工食品在高温下的时间是必需的。

3·The rupture mode of the composite at room and elevated temperature depends upon the work-hardening characteristics of the nickel alloy matrix.

复合材料常温和高温的拉伸断裂模式与基体相的形变强化特性有关。

4·It has satisfactory mecha deal properties both at room and elevated temperature.

它具有良好的常温与高温机械性能。

5·The influence of the microstructure on mechanical property and rupture mechanism of the composite at the room and elevated temperature were discussed.

探讨了自生复合材料凝固组织对力学性能的影响以及室温和高温复合材料的断裂机制。