smooth tube中文是什么意思

• 光滑管道

• "smooth"中文翻译    adj. 1.滑溜的，平滑的，光滑的(表面) (opp. ...
• "tube"中文翻译    n. 1.管，筒；颜料管。 2.管状地下隧道；〔口语〕( ...
• "a smooth" 中文翻译 :    一片平地
• "not smooth" 中文翻译 :    不光滑的
• "smooth" 中文翻译 :    adj. 1.滑溜的，平滑的，光滑的(表面) (opp. rough)。 2.流利的，流畅的(文章等)；柔嫩的，柔和的，悦耳的(声音、调子等)；进行顺利的(事情)；口齿伶俐的(人)；温和的，圆滑的(态度等)。 3.平静的，安稳的(航海等)。 4.无毛的，无须的(脸等)。 5.【语音】不送气的。 6.调匀的(液体，浆糊等)；易上口的，匀和的，温和的(酒等)。 7.〔美俚〕极好的，绝妙的，可爱的，迷人的。 make smooth 弄平滑；扫除障碍。 run smooth 进行顺利 (The course of true love never did run smooth. 恋爱无坦途；好事多磨)。 adv. ＝smoothly. a smooth skin 光滑的皮肤。 a smooth chin 没有须的下巴。 smooth temper 温和的脾气。 smooth manners 文明礼貌的态度[举止]。 a smooth flight 平稳的飞行。 The way is now smooth. 路平坦了；困难扫除了。 a smooth cocktail 温和可口的鸡尾酒。 get to [reach] smooth water 到达平静的海面；度过困难到达顺境。 in smooth water 处身顺境。 speak smooth words 圆滑地搪塞。 vt. 1.把…弄平滑[光滑]，烫平，垫平，校平 (away down out over)。 2.抹平，抚平(发等)；使流利，使流畅；使容易；消除(障碍等)。 3.掩饰，粉饰，遮掩。 4.使柔和；缓和，镇定。 5.使(文体、举止)高雅，使(面部表情)平和；使(晚年等)平安。 vi. 1.变平滑，变光滑。 2.变平静，变缓和 (down)。 smooth away [over] 使容易，排除，解决(困难等)；调解，调停；掩饰，粉饰。 smooth the way 铺平道路，排除障碍，使容易做。 n. 1.〔口语〕光滑部分，平滑的水面[地面]；(事情的)平易方面，愉快方面。 2.抚平，抹平。 3.〔美国〕平地；草原；一角银币。 4.修光[磨平]的工具。 give a smooth to the hair 把头发抹平。 take the rough with the smooth 安然自愉，不介意人世苦乐浮沉。 adv. -ly ,-ness n.
• "a smooth article" 中文翻译 :    圆滑的人
• "a smooth career" 中文翻译 :    顺利的事业
• "a smooth criminal" 中文翻译 :    犯罪高手
• "a smooth face" 中文翻译 :    没胡子的脸, 一副讨好的面孔; 一副讨好面孔
• "a smooth manner" 中文翻译 :    柔和的态度
• "a smooth operation" 中文翻译 :    顺利的运作
• "a smooth tabletop" 中文翻译 :    平滑的桌面
• "anti-smooth" 中文翻译 :    抗-平滑肌
• "as smooth as glass" 中文翻译 :    如玻璃般平滑
• "as smooth as jade" 中文翻译 :    光滑如玉
• "auto-smooth" 中文翻译 :    自动光滑
• "be smooth and slick" 中文翻译 :    八面玲珑
• "bezier-smooth" 中文翻译 :    贝塞尔光滑; 光滑贝兹点
• "collie (smooth)" 中文翻译 :    短毛柯利牧羊犬
• "commercial smooth" 中文翻译 :    商品要求光滑度
• "commercially smooth" 中文翻译 :    商品要求光滑度
• "dachshund (smooth)" 中文翻译 :    短毛腊肠犬
• "dead smooth" 中文翻译 :    极光滑; 极平滑
• "diet smooth" 中文翻译 :    细食
• "dress smooth" 中文翻译 :    修光

• Experimental investigation on condensation heat transfer in horizontal microfin and smooth tube with refrigerant r
  22在水平微肋管和光管内凝结换热的实验研究
• Experimental investigation on condensation heat transfer and pressure drop of high saturation temperature organic fluid in a horizontal smooth tube
  水平管内高沸点有机工质凝结换热的实验研究
• The results indicate that the film thickness on the surface of the horizontal twisted and fluted tube becomes more uniform than the classical smooth tube
  结果表明，与水平光滑圆管相比，水平螺旋槽管表面的液膜变薄且分布变均匀。
• The results showed that the total heat transfer coefficient of petal - shaped finned tube oil - cooler with helical baffles was 4 ~ 5 times as large as that of smooth tube oil - cooler with segmental baffles at the same oil pressure drop
  结果表明，在相同油压降下，螺旋隔板花瓣管油冷却器的总传热系数是弓形隔板光滑管油冷却器的4 ~ 5倍。
• Finned tube is welded the finned helix pieces on the smooth tube , expanding 4 ~ 10 times of the heat transfer surface , highly elevated the heat - transfer coefficient of the tube to reach the purpose of rapid , efficient heat transferring
  翅片管是在钢管外表面焊上螺旋型翅片，扩展外表面传热面积4 10倍，大幅提升管子的传热系数，达到高效快速传热的目的。
• Compares the 3 - d ift with smooth tube , the result shows that heat transfer augments , volume decreases , metallic material reduces and energy saves . so the tube with three dimensional internally extended surface have very wide engineering application background
  使用结果表明：使用了三维内肋管的换热器同未使用前相比，换热强度提高，体积减少，金属材料耗量减小，能耗降低，具有十分广阔的应用前景。
• The heat transfer and flow resistance performance of petal - shaped finned tube oil - cooler with helical baffles was studied , and compared the total heat transfer coefficient of petal - shaped fimed tube oil - cooler with helical baffles with that of smooth tube oil - cooler with segmental baffles
  摘要研究了螺旋隔板花瓣管水冷壳管式油冷却器的传热和流阻性能，并与弓形隔板光滑管水冷壳管式油冷却器进行了性能对比。
• It tell us : the abrasive capability of fly ash ; the similar calculation of ash erosion ; the calculation of ash erosion in the tube in turn and tube out of turn ; the reason of tube abrasion for gas flue ; the influence of air parameter for fly ash erosion ; the influence of changing temperature ; the influence of the flue gas composition , etc . next , it advances the solving measure ; reduce the flue gas velocity ; reduce the concentration of fly ash ; responsible construction : replace smooth tube with spiral tube ; use the new material of abrasion ; fuel desulfurization ; reduce so3 of flue gas ; raise flue gas temperature , making it up the dew point ; use the abrasion - resistance material to resist abrasion
  讨论了飞灰磨损性能、管壁受飞灰冲蚀的近似计算、灰粒对顺列管和错列管的磨损计算、烟气走廊引起对流管束的磨损机理、空气动力参数对飞灰冲蚀的影响以及受热面壁温变化及烟气成份对飞灰磨损的影响等问题。接着提出了解决的措施：降低平均烟气流速；降低飞灰浓度；使用鳍片管、螺旋翅片管代替光管；选择合适的结构及排列方式，减少烟气中so3的含量；提高受热面壁温使之大于烟气的露点温度；采用抗腐蚀材料作受热面等防腐蚀的措施。
• Enhanced heat transfer tube with spiral - surface has simple frame , cheap cost , and wide - ranging purpose . only few dirt can adhere to it and is easy to be washed . it has distinct strengthen effect , and can improve chief heat transfer coefficient at 35 - 40 % comparing with smooth tube exchanger which has same volume and pump power consumption
  螺旋型表面强化管结构简单，成本低廉，用途广泛，结垢少且易清洗，其强化效果明显，与体积、消耗泵功率相同的光管式换热器相比，螺旋槽管换热器可以将总传热系数提高35 40 ，因而备受人们青睐。
• Based on the j c chen double mechanisms superposition model , the experimental formula of the heat transfer coefficient on the evaporation side in the smooth tube was obtained . considering the influence of spring to the falling film , the formula of heat transfer coefficient on the evaporation side in the vertical tube with spring inserts was obtained . the predicated heat transfer coefficient through this two formulas was finely accord with the experimental result , and the error was basically under 10 %
  在jcchen双机理加和模型的基础上，得出了光管降膜蒸发侧传热系数的实验关联式，并考虑了螺旋线对降落液膜的影响，得出了管内插入螺旋线的降膜蒸发侧传热系数关联式，这两个关联式预测的传热系数与实验值吻合良好，误差基本在10以内。