抽力的英文

• draft = fraught
• draught
• suction

• "抽"英文翻译    take out
• "抽力计" 英文翻译 :    draught gauge
• "抽力降" 英文翻译 :    draft loss
• "自抽力" 英文翻译 :    upward pull
• "抽力调节" 英文翻译 :    draught control
• "抽力调节器" 英文翻译 :    draught regulator
• "抽力控制" 英文翻译 :    draft control
• "抽力强度" 英文翻译 :    intensity of draft
• "理论抽力" 英文翻译 :    theoretical draft
• "炉子抽力" 英文翻译 :    furnace draft; furnace draught
• "烟囱抽力" 英文翻译 :    chimney draft; chimney draught; funnel draft; stack draft
• "烟道抽力" 英文翻译 :    upward pull
• "窑的抽力" 英文翻译 :    kiln draught
• "窑炉抽力" 英文翻译 :    furnace draught
• "窑内抽力" 英文翻译 :    furnace draft
• "有效抽力" 英文翻译 :    effective draft
• "抽力调节挡板" 英文翻译 :    draft damper; draught-regulating damper
• "低抽力控制器" 英文翻译 :    low suction controller
• "窑抽力调节器" 英文翻译 :    kiln damper
• "炉子抽力的调节" 英文翻译 :    furnace draught control
• "炉子抽力调节器" 英文翻译 :    furnace draft regulator
• "烟囱排烟[通风], 烟囱抽力" 英文翻译 :    stack draft
• "烟道抽力调节器" 英文翻译 :    stack draught regulator
• "抽粒机" 英文翻译 :    grit maker
• "抽冷子" 英文翻译 :    (突然; 乘人不备) strike at unexpected moment; do sth. when people are off guard
• "抽拉线机" 英文翻译 :    drawing machine

• In order to gain a better understanding of the mechanism of airflow reversal in a non - diagonal airway of a horizontal network , the relationship and difference between the path integral of the convection item contained in the movement equation and the pressure increase induced by cooling of fume were discussed
  为加深对水平网络中非角联旁侧支路风流逆转机理的认识，对运动方程中对流项的沿程积分与冷抽力的联系与区别进行了讨论。
• In order to solve the problems effectively , under the auspices of 863 plan in china , the synthesis diagnosis has been carried by means of measuring and numerical imitating the combustion chamber of refining column , and some conclusions is such as : ( 1 ) through measuring the temperature and combustion in the burning chamber of the refining column , the result shows the temperature difference on the same level is more than that in height direction , and there is a few of co in bottom of burning chamber . ( 2 ) in order to ensure normal work of flue system in lead column in the course of zinc refining , theoretic calculation and measure about the flow resistance of exhaust gas are carried through . the results of study reveal that drawing out force of chimney is inadequate , which is mainly caused by illogicality of flue construction
  在研究过程中，采取了现场实测和数值仿真手段对韶关冶炼厂锌精馏铅塔燃烧室及排烟系统进行了综合诊断，具体结果包括如下： ( 1 )完成锌精馏铅塔燃烧室内温度测试以及燃烧状况的测试，结果发现：铅塔燃烧室内水平方向的烟气温度并非均匀，而且其温差比上下方向的温差更大，以及铅塔燃烧室尾部存在co未燃烬问题； ( 2 )为了保证铅塔烟气系统的正常工作，对烟道系统的阻力进行了理论计算及测试分析，结果发现：锌精馏铅塔烟气系统中烟囱抽力不够，这主要是烟道结构不合理所造成的。
• But the temperature difference at the vertical direction in combustion chamber in lead column , that is said by operator , is over 60 ? . ( 2 ) according to the experiences in the practice , the second layer air and the second layer gas had a little effect of support burning , and the third air has little effect for combustion , and the power to drawing exhaust gas can only be adjusted in limited range . the problems , it is said above , restricted more advance of some kinds of technology and economy target in spelter refining in new jersey furnace
  由于锌精馏炉产量提高，一些问题开始暴露出来： ( 1 )燃烧室?舶要求温度差不超过10 ，而从现场反映的情况来看，燃烧室上、中、下部温度差已超过60 ； ( 2 )在生产实践中，发现燃烧室第二层空气、第二层煤气作用甚小，第三层空气失去助燃作用，废气出口的抽力可调范围有限；以上这些问题在客观上制约了精馏塔在锌精炼中各项技术经济指标的进一步提高。
• A qualitative analysis and computer simulations show that airflow reversal can occur in a non - diagonal airway parallel to the airway on fire in a horizontal ventilation network due to the pressure increase induced by cooling of fume in the airway connected in parallel to the non - diagonal airway but in series with the one on fire
  摘要通过定性分析和计算机模拟发现：在水平网络火灾中，非角联旁侧分支也能发生风流逆转，引起逆转的动力是与该分支并联但与著火分支串联的分支中的冷抽力。