weir height

英 [wɪə(r) haɪt] 美 [wɪr haɪt]

堰高

化学



双语例句

  1. As for the weir intercepting chamber, the main factor is the height of the weir.
    影响堰式截流井的主要因素是堰高。
  2. Meanwhile, a new design calculation method about weir height of intercepting weir well was proposed, and calculation comparisons to the method in the design specification were made.
    同时,针对堰式污水截流井提出了计算堰高的新思路,并与原设计方法进行了比较。
  3. Through hydraulic model test, this paper presents the hydraulics study results on overflow arch dam of Jinxi Hydroelectric Station, and puts forward an optimum configuration of overflow weir and subsidiary dam height for satisfying projet requests.
    通过室内物理模型,对金溪一级电站溢洪道水力学问题进行试验研究,提出了满足工程要求的较优的溢流堰体型和二道坝高度。
  4. Influence of The Weir Height on the Hydraulic Characteristics of the WES Weir
    堰高对WES堰水力特性的影响
  5. The influences of the liquid weir load, weir/ diameter ratio, outlet weir height and underflow clearance height on the liquid flow situation were observed.
    考察了液流强度、堰径比、外堰高、降液管下口高等对板面液体流动的影响。
  6. The general rectangle sharp-crested weir, when the water head of weir over comes to a certain height, the weir flow is the free weir flow.
    一般的矩形薄壁堰,当堰上水头为一定高度时,过堰水流是正常的自由堰流。
  7. The influence of Fo factor weir height and liquid flow on liquid-phase concentration of both internal and external cover were discussed.
    讨论了板孔动能因子、堰高和液体流量对帽罩内外液相浓度的影响,指出板孔动能因子对液相浓度的影响最小,堰高的影响最大。
  8. A study has been made of the effects of weir height, vapor flow-rate and concentration on the distillation efficiency of M.D.
    本文主要研究堰高、负荷、浓度等因素对M。
  9. The factors, such as gas and liquid rate, hole diameter and tray free areas, weir height, influencing transition from froth to spray regime on sieve trays were studied.
    考察气、液负荷,孔径,开孔率以及堰高等因素对工况转变的影响。
  10. The surface particle concentrations will increase with increase superficial gas flow rate or decrease weir height.
    泡沫层表而颗粒浓度随着表观气速的增加和溢流堰高度的降低而增大。
  11. At atmospheric pressure and total reflux, the influences of F-factor, outlet weir height, hole area percent, and other factors on tray efficiency were researched.
    在常压、全回流条件下,考察了动能因子、出口堰高、开孔率等因素对传质性能的影响。