对床的英文

发音:

"对床"怎么读"对床"的汉语解释用"对床"造句

英文翻译手机版

twin beds

"对"英文翻译 answer; reply
"床"英文翻译 I
"成对床" 英文翻译 : twin beds
"夜雨对床" 英文翻译 : (of friends or brothers) have a heart-to-heart talk after a long separation
"成对单人床；对床" 英文翻译 : twin beds
"对吹毛求疵" 英文翻译 : nit pick
"对窗室" 英文翻译 : thoroughlighted room
"对雌雄小鼠生殖毒性影响" 英文翻译 : effect of vitamin a on reproductive toxicity in male and female rats
"对窗凝思" 英文翻译 : stand by the window meditating
"对辞句之批评" 英文翻译 : verbal criticism
"对窗恋" 英文翻译 : romance across the windows
"对此" 英文翻译 : dazu; whereat-at which point
"对窗" 英文翻译 : coupled windows; facing windows; the window opposite
"对此，从此" 英文翻译 : damit
"对船员的潜在危险" 英文翻译 : potential hazard to crew

例句与用法

In addition, elutriation, growth, shrinkage and reaction act differently for the different-sized particles in the bed .
此外，扬析、长大、缩小和反应对床层中不同粒度的颗粒所引起的作用也不相同。
Where they have the best view of the bed
只会藏在对床拍摄角度最好的地方
Where they have the best view of the bed
只会藏在对床拍摄角度最好的地方
Elasto - plastic dynamic response of stiffened plates under low velocity impact load
方柱尾流流态对床面冲淤形态的影响
So has the use of vitamin a to strengthen children immune systems , and chemically treated bed * nets to prevent malaria
还有使用维生素a以加强儿童的免疫系统，对床进行化学处理以防止疟疾。
The experimental results show that the critical transition point of chaos state by complexity analysis corresponds well with that proposed by chaos analysis , but complexity analysis is easier to be calculated . complexity theory not only provides a new method to analyze non - linear pressure fluctuation , but also have been proposed to be wide application foreground used in the future
涨落复杂性和最大lyapunov指数在对床内运动进入混沌状态的敏感指示这一点上，两者是一致的，但涨落复杂性和最大lyapunov指数相比，不易受到取压点高低位置不同的影响，在工业运用上更具有优势。
The relationship of the heat transfer coefficient with tea liquid concentration , heat transfer different temperature , vapor temperature , liquid flow rate , particle volume percent and different particle were studied . and analyzed the effect of liquid flow rate , particle volume percent on pressure drop . based on the character of inert particle fluidized bed evaporator , used the theorem , a mathematical model of inert particle fluidized bed evaporator heat transfer was proposed
设计和建立了惰性粒子流化床蒸发实验装置，进行了传热性能和流体力学的理论分析和实验研究；研究了物料浓度c _ e 、传热温差t 、蒸发温度t _ v 、液体流量i 、惰性粒子体积分率_ s等操作参数对流化床蒸发器传热性能的影响，文中还分析了液体流量i 、惰性粒子体积分率_ s等参数对床层压力降的影响。
By the use of discrete phase model , the gas - solid two phase flow under different conditions were simulated . the trajectories of particles were obtained , and the influence of secondary air and particle diameter distribution were investigated . and by the compare of experimental results and numerical simulation results , the reference for the further study of numerical simulation of gas - solid two phase flow in cfb was supplied to some degree
运用颗粒轨道模型对床内不同工况下的离散相颗粒轨迹进行了数值模拟，得出了二次风、床料粒径分布等因素对颗粒轨迹的影响情况，并通过模拟结果与实验现象的对比，为循环流化床内气固两相流动的进一步数值模拟研究提供了一定的基础。
In this thesis , by use of k - mmodel and wall function approach the turbulent gas flows in the cfb was simulated . the influence of the secondary air on it was investigated by the compare of the numerical simulation results , and the academic clew was supplied for the further study of numerical simulation
本文运用k -模型、壁面函数法对简化后的循环流化床实验台内气相冷态流场进行了数值模拟，比较得出了二次风对床内气相流场的影响情况，为进一步模拟实验研究给出了理论提示。
Few studies have been made in the gas - solid interfacial heat transfer . in this thesis , the influence of primary air , particle size , and particle circulation rate on gas - solid interfacial heat transfer in cfb were investigated , and the influence of secondary air and particle distribution were investigated for the first time by using the naphthalene sublimation technique
本文在自建的循环流化床实验台上，运用萘升华热、质类比技术考察了一次风、颗粒循环量、颗粒粒径，颗粒平均空隙率等因素对床内气粒两相间传热、传质特性的影响情况，并首次考察了二次风的作用和粒径分布的影响。