Method Based on experimental study result, mechanism of formation damage from temperature oscillation is analyzed.
方法根据实验研究成果，分析温度震荡引起的储层损害的机理。
Objective To provide experimental evidences for the choice of air-condition temperature and thermal comfort.
目的为室内人工空调温度参数的设定及热舒适度提供实验证据。
Finally, the experimental result and error such as assemblage, temperature are analysed.
论文最后对实验结果、装配误差和温度误差等进行了总结和分析。
Experimental results demonstrate that temperature and strain rate can greatly affect metal's dynamic characteristics.
实验数据的分析表明：温度、应变率对金属材料的力学性能具有较大的影响。
Result The axillary temperature of the experimental group remained basically constant throughout the experiment.
结果实验组实验前后腋温基本恒定。
The system is also tested by measuring strain and temperature and showed good experimental results.
另外，该传感系统还可以进行温度和应力传感，并已在实验中得到了令人满意的结果。
The results show that the computed temperature checks fairly well with experimental temperature.
结果表明：计算值与实测点的温度值吻合良好。
Quick transfer printing under high temperature was possible according to the experimental results.
根据实验结论得出实现高温快速转移印花的可行性。
The experimental data showed that high temperature was beneficial to improve replacement reaction rate.
实验表明，提高温度有利于置换反应的进行。
The minimum temperature humidity index (THI) was normally more than 72 during experimental period.
试验期间牛舍最小湿热指数(THI)在72以上。
The paper introduces the experimental teaching case of the measurement of metal solidification temperature field.
介绍 材料 成型与控制专业 材料成形原理中测定金属凝固温度场实验的教学案例。
The paper introduces the experimental teaching case of the measurement of metal solidification temperature field.
介绍 材料 成型与控制专业 材料成形原理中测定金属凝固温度场实验的教学案例。
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