air tube cooler
英 [eə(r) tjuːb ˈkuːlə(r)]
美 [er tuːb ˈkuːlər]
管状空气辐射冷却器；空气管冷却器
双语例句
- Air tube cooler conduction cooling bolometer
管状空气辐射冷却器 - Radioactive electron capture detector air tube cooler
放射性电子俘获检测器管状空气辐射冷却器 - Cryogenic line leak detector air tube cooler
制冷剂排管泄漏检测器管状空气辐射冷却器 - The factors that affect air pressure loss are the circular tube itself, the shape of the fin structure and the deepness of charger air cooler.
影响空气压力损失的因素有圆管本身，翅片的结构形状，中冷器的深度等。 - The air cooler is designed of nullity fin oval stainless steel bellows tube bank replacing conventional fin tube bank. It is a technological innovation designing and manufacturing of The air cooler.
空气冷却器采用无翅片椭圆不锈钢波纹管管束替代传统的翅片管管束，是空气冷却器设计制造的技术革新。 - Facing with structure of high pressure air cooler tube box, an auto-special-welding machine is developed for welding two inside fillet welds of air cooler tube box at the same time on flat position.
针对加氢高（低）压空冷器管箱结构，研制了能在水平位置同时对管箱两条内角缝自动焊的焊接专用机。 - N experimental investigation was conducted for the air drag characteristics of a finned tube air cooler with 16 rows, 26 rows, and 32 rows respectively, and the results were compared with the calculating results of the calculating formulae of the common air drag of air coolers.
对管排数分别为16排、26排和32排的翅片管空气冷却器风侧阻力特性进行了试验研究，并将其试验结果与空气冷却器常用风阻计算公式的计算结果进行了比较与分析。 - Obtained Influencing Factors of heat exchange efficiency in air cooler such as cooling load 、 diameter of heat exchange tube and fluid velocity, by using the method of analysis of thermal efficiency. This provided design reference of energy-saving and high efficient for structure design of air cooler.
同时，采用热效率分析法，得出冷负荷、换热管管径、冷热流体流速等因素对空冷器换热效率的影响，这对空冷器结构高效、节能的设计提出了新的参考。