This paper mainly introduces the method and basis in design of dust ignition-proof control push- button.
着重介绍了粉尘防爆控制按钮的设计方法及设计依据。
This paper analyzes the features and feasibility of the sealing constructions at joints between frame and endshield,and endshield and outer bearing cap of dust ignition-proof motor.
分析粉尘防爆电机的机座与端盖、端盖与外盖接合处的密封结构特点和可行性。
Determination of the minimum ignition temperature of dust cloud
GB/T16429-1996粉尘云最低着火温度测定方法
Determination of the minimum ignition temperature of dust layer
GB/T16430-1996粉尘层最低着火温度的测定方法
Study of Relations between Coal Dust Size and Minimum Ignition Temperature
煤尘粒径与最低着火温度的关系研究
Determination of the minimum ignition energy of dust cloud
GB/T16428-1996粉尘云最小着火能量测定方法
Analysis on the Influencing Laws of Sensitive Conditions on Minimum Ignition Energy of Dust Clouds
敏感条件对粉尘云最小点火能的影响规律分析
Effect of turbulence on spark ignition process of dust cloud
湍流对粉尘云电火花点火过程的影响
Determination of the Lowest Pruning Height of Pinus yunnaneneis Trees from the Aspect of Preventing Crown Fire
从预防树冠火角度确定云南松的最低修枝高度
a maximum [minimum] thermometer
最高 [最低] 温度计
Determination for minimum explosive concentration of dust cloud
GB/T16425-1996粉尘云爆炸下限浓度测定方法
Effects of Additives on the Ignition Temperature of Coal Fines in Iron Ore Sintering Process
添加剂对铁矿烧结过程中煤粉着火温度的影响
It is discovered that there is a most favored temperature for annealing crystals in removal of residual stress This temperature is Below the one in the sense of ordinary heat processing.
我们发现为消除残余应力存在一个最佳的退火温度; 该温度低于通常的退火温度。
minimum penetration altitude
向下穿云的最低高度
In the atmosphere cirrus clouds have a special importance because of their great height and cold temperature.
在大气中，卷云有着特殊的重要性，这是因为它们的高度高，温度低。
The average temperature falls between the highest and lowest points of heat and cold.
平均温度是指最高温度和最低温度之间的温度。
The altitude of the lowest layer of clouds.
云幕高度最低层云的海拔高度
Today's minimum temperature was 5℃ .
今天最低温度是5度。
Mechanism and Experimental Study on Ignition and Low NO_x Emission Characteristics under High Concentration Pulverized Coal;
高浓度煤粉着火低NO_x排放特性的机理及试验研究
Determination for maximum explosion and maximum rate of pressure rise of dust cloud
GB/T16426-1996粉尘云最大爆炸压力和最大压力上升速率测定方法