cooling flow中文是什么意思

• 冷却流

• cooling    n.,adj. 冷却(的)。
• flow    vi. 1.流，流动。 2.(血液等)流通，循环。 3. ...
• axial-flow cooling jacket    轴流式冷却套
• cooling air flow    冷却风流
• cooling jacket flow    冷却套液体流量
• cooling steam flow    冷却蒸汽流
• cooling water flow rate    冷却水流量
• counter flow cooling tower    逆流式冷却塔
• cross flow cooling tower    交叉流式冷却塔
• direct flow cooling    单向流动冷却
• direct-flow cooling    单向流动冷却; 直流式冷却
• film-cooling flow    薄膜冷却气流
• helical-flow cooling    螺旋流动冷却
• lamina flow cooling    流层冷却
• laminar flow cooling system    层流冷却系统
• piston cooling oil flow    活塞冷却油流
• reverse flow cooling system    逆流冷却系统
• cooling water system flow diagram    冷却水系统流程图
• counter flow type cooling tower    逆流式冷却塔
• cross flow type cooling tower    错流式冷却塔
• double flow prostatic cooling catheter    前列腺冷却用双通道导管
• cro -flow induced draft cooling tower    抽风横流式冷却塔
• cross-flow induced draft cooling tower    抽风横流式冷却塔
• piston cooling oil outlet low flow alarm    活塞冷却油出口流量低报警
• a flow of    连续不断的某事物; 源源不断的

• Adjust cooling flow and water flow ( water ) according to operating data
  根据操作参数调节冷却水量和水流量。
• And , the cooling flow rate of the clearance between stator and rotor as well as the hole of rotor flange was obtained
  获得了静盘与转盘间隙以及转盘外缘小孔的冷气流量。
• The flow characteristics of rotor - stator cavity system with blade - cooling flow and disk - cooling flow was experimentally studied
  摘要采用实验方法，对具有中心进气、两个出口的盘腔系统的流动特性进行了研究。
• The experimental results show that : the blade cooling flow rate will increase with the total flow rate and rotating speed ; the ratio of the blade - cooling flow rate to the total flow rate will increase with decline of the total flow rate , and increases with the rotating speed
  结果表明：盘面出流孔的流量随总流量或转速的增加而增加，该流量与总流量的流量比随总流量的增加而降低，随着转速增加而增加盘。
• Measurements were made of system pressure , mass flow rate of steam , air , and cooling water , temperatures of condensing flow and cooling flow , and the water level of boiler . the major phenomena observed in the present experiment are similar to those by other investigators . the mass flow rate of steam , the system pressure and air content are the most important factors affecting steam condensation
  实验结果表明，维持二次侧冷却水流量不变，无论对于纯净蒸汽还是含有空气的蒸汽冷凝，随着蒸汽发生器加热功率的增大(即蒸汽流量增大) ，有效冷凝段长度将加长；当蒸汽中含有少量空气，有效冷凝段长度也会明显加长；提高系统压力，有效冷凝段长度将缩短。

• cooling flowとは意味：冷却流｛れいきゃく りゅう｝