Avoid operate or reserve in the room with high air pressure, humidity and temperature out of the required standard, airless, or the objects of flammable, explosive, corrosive materials.
避免在气压过大，湿度、温度超出规定标准，通风不良，或有易燃、易爆、强腐蚀性物品的场所使用、贮存。
For portable electronic products in the application of the explosive gas environment, the highest surface temperature is crucial.
对于便携式电子产品在应用到爆炸性气体环境中，其最高表面温度至关重要。
It shows that infuse gel can reduce coal well temperature, coal and oxygen reaction and explosive fatalness greatly.
结果表明：采用凝胶注入法可有效降低煤矿温度，减缓煤氧反应，降低爆炸危险。
The influence of heat treatment temperature on the binding interface morphology and properties of explosive cladding steel plate was studied.
研究了不同热处理温度对爆炸焊接复合钢板结合界面组织和性能的影响。
The reaction may be explosive outside narrow temperature limits.
在很窄的温度范围以外，反应可能是爆炸性的。
Two factors effecting on the temperature distribution of the metallic cylindrical shell and explosive are discussed by studying the nonlinear heat transfer under laser irradiation.
在激光辐照下金属圆柱壳体和炸药的升温过程中，讨论了两种因素对温度分布的影响。
Is strictly prohibited in hazardous situations (inflammable, explosive or high temperature environment) to the JW7623 flashlight charging or random demolition flashlight.
严禁在危险场合(易燃易爆或高温环境)给JW7623手电筒充电或随意拆卸手电筒。
Dust explosive electric equipment and air explosive electric equipment temperature classes is the same.
粉尘防爆电气设备的温度组别与气体防爆电气设备的组别划分相同。
Established is a calculation model of isolation and stable state explosive pressure relief and calculated are such parameters as pressure and temperature during explosive pressure relief.
建立了绝热稳态爆炸泄压计算模型，对不同泄压口位置情况下油气混合物爆炸泄压过程中压力、温度等参数进行了计算。
The temperature rise near explosive welding interface is caused by explosive adiabatic compression and abnormal energy deposition.
爆炸焊接界面附近温升是由爆炸绝热压缩和畸形变形能沉积两者造成的。
Because the technique of explosive consolidation of powders can produce high temperature and high pressure in very short time, it is promising in the exploiture of advanced materials.
粉末爆炸固结技术具有高温、高压、瞬间作用的特点，因此在新材料的开发中具有显著的优势和发展前景。
The project of the new dynamical cutting temperature measuring system for chemical explosive material is funded by China Academy of Engineering Physical (NO. 2001z0301).
“新型化爆材料动态切削温度测试系统”这一课题来源于中国工程物理研究院重大基金项目(项目编号：2001 Z 0301)。
The heat and temperature reaches the point above, prone to cause fire, and can form explosive mixtures with air.
本品遇热且温度达到闪点以上，易致火险，并能形成具有爆炸性的空气混合物。
The explosive decomposability of ethylene will lead to much large temperature gradient and great range thermal stresses response on thick wall of reactor.
由于乙烯爆炸性分解，在反应管壁厚上形成极陡的温度梯度和幅度很大的热应力。
This paper presents a fuzzy expert controlling technology to deal with the problem of temperature in reaction tower, which is used in the powdery explosive product line.
本文通过采用模糊专家控制技术来处理粉状炸药连续生产工艺中改性塔温度的控制问题。
The multi-layer explosive spalling damages depend strongly on the high humidity of the lining concrete, the high temperature and.
混凝土的湿度大、火灾温度高且持续时间长是发生多层爆裂损伤的重要条件。
Optical fiber sensors can work in high temperature, causticity, strong magnetic field, inflammable and explosive environmental extremes.
光纤传感器可以工作高温、腐蚀性、强电磁场及易燃易爆的危险恶劣环境中。
A flexible explosive is developed in the present paper using explosive PETN as the base explosive and methyl silicone rubber as a bonder, which is cured at room temperature.
选用PETN炸药为主体炸药、室温硫化甲基硅橡胶为粘接剂，研制出了一种挠性混合炸药。
Throughcalculation of temperature rising callused by them, melt criterion is given, the thickness of melted layer near explosive welding interface with small collision Angle is estimated.
通过计算绝热压缩温升和畸变形能沉积产生的温升，给出熔化判据，定量估计出了在小碰撞角下爆炸焊接界面熔化层厚度。
A new kind of white light optical fiber temperature sensor is used to test electromagnetic pulse harm to the electric explosive device.
电火工品的电磁脉冲危害测量采用新型白光光纤温度传感器。
This product is non-waterproof, prohibited in the humid, high temperature or place in storage and use of flammable and explosive.
此产品不防水，禁止在潮湿，高温或易燃易爆场所中存放和使用。
Chapter 5: the calculation and the analysis of the temperature rise caused by impact and the microscopic heat transfer during explosive compaction were carried out.
第五章：对爆炸压实过程中混合粉术的冲击温升及细观传热进行了计算和分析。
Chapter 5: the calculation and the analysis of the temperature rise caused by impact and the microscopic heat transfer during explosive compaction were carried out.
第五章：对爆炸压实过程中混合粉术的冲击温升及细观传热进行了计算和分析。
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