送风量的英文

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英文翻译
造句

air delivery
air output
amount of blast
blast capacity

送 deliver; carry
风量 blowing rate; air quantity
扇风机送风量 fan delivery
单位面积送风量 air su ly volume per unit area; air supply volume per unit area
送风 air blast supply; air blowning; air supply; airflow; blow on; blowing; blowout; fan wind; on blast; su ly air; supply air sa
变风量 variable air rate
低风量 low wind
定风量 cav
风量，体积 air volume
风量第 air volume control
风量计 air flow meter; air volume meter; airflow meter; blast meter; blast volume meter; volume meter
高风量 high wind
鼓风量 air volume; blast capacity; blast volume; volume of blast
耗风量 blast consumption
进风量 air input; air output; fresh air volume; su ly air rate; supply air rate
漏风量 inleakage
排风量 delivery head rate; exhaust air rate
气流，风量 air flow
全风量 full wind
通风量 air quantity; air rate; ventilation quantity; ventilation rate; ventilation volume
新风量 resh air requirement
总风量 total air
送风；吹除 blowdown
送风泵 blast pump
送风道 delivery conduit; draft trunk; drafttrunk

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例句与用法

The experiment ' s results show that the system is stable under the static pressure control and energy saving under the minimum total supply air volume control . although the terminal dampers ' s tuning time is prolonged under the minimum total supply air volume control , it can be reduced by adopting the appropriate sampling time when debugging the system . from all of this we can conclude thart the minimum total supply air volume control has a good application perspective
实验结果表明，定静压控制方式下系统较为稳定，最小总送风量控制比定静压更加节能，但它延长了末端阀位的调节时间，在系统调试时，我们可通过选择合适的采样时间来缩短阀门的调节过程，所以最小总送风量控制具有广阔的应用前景。
In this paper , using phoenics software to compute and analyze the variety rule of the convecting transfer heat at the basis of computing and analyzing the temperature and velocity field of one underfloor supply air room with a focus hot source , and concluding that the number of the hot source and the supply air outlet > the intensity of the hot source and the volume of supply air will influence convecting transfer heat , and obtained its correlativity formula
本文针对一下部有集中热源的地板送风空调小室，利用phoenics软件，在计算分析小室内气流的速度场及温度场的基础上，对对流热转移量的变化规律做了计算分析，最后得出对于下送风小室的对流热转移量与热源的个数、送风口个数、热源强度、送风量等因素有关，并且得出了其相关关系式。
Through thorough analysis , we finally drew that on condition of experiment , square diffuser could ensure good air distribution when air supply volumes ranged from 40 to 50 percent or 80 to 100 percent of the maximum air supply volumes . when air supply volumes ranged from 50 to 80 percent of the maximum air supply volumes , square diffuser could not be very ideal with a variable air volume in a cooling mode
经过全面分析，最后得出主要结论：在实验条件下，当送风量处于最大送风量的40 50或80 100范围内时，方形散流器可满足室内气流分布的要求；当送风量处于最大送风量的50 80范围内时，方形散流器用于变风量系统供冷工况不理想。
According to thermal state similitude model experiment of the langya mountain hydropower station , we adopt different velocity of air ventilation and exclude air proportion of upriver and downriver , this paper contrast the air distribution of the dynamo floor on each method , and educe the best projects of arch crest supply air that adapt to langya mountain hydropower station ’ s dynamo floor : g = 17 . 4 10 ~ 4m ~ 3 / h , 22 vents , d = 600mm , the scale of volume 1 : 3 , t0 = 16 . 9 . it ’ s also thought that improved any side of volume can reduce its temperature . when study on the air supply of langya mountain hydropower station ’ s underground dynamo floor by cfd software , it proved that cfd software is correct when compare with model experiment . when arrange the number of 5 kinds of vents , it concluded that the number of vents 14 to 22 , it can ’ t change velocity , in 36 to 40 can lead to reduction of velocity . when vent in 14 to 36 , the parameter kt doesn ’ t change , when the number is as large as 36 , kt reduces
在此基础上,模拟了5种风口布置方案和送风量的改变对发电机层温度场和速度场的影响,获得了些可供参考的结论:在风量和送风速度不变的条件下,风口个数在( 14 ~ 22 )小范围变化时,工作区平均风速基本不变,大幅度增加风口个数( 36 ~ 44 )就会导致工作区平均风速的降低,风口数在14 ~ 36之间对工作区的温度不均匀系数影响不大,当风口数> 36时,温度不均匀系数随着风口数的增多而变小,速度不均匀系数一直随着风口数的增加而减少;在风口布置和尺寸不变的情况下,送风量变化时,工作区平均温度随送风量增大而降低,平均温度的降低量逐渐趋于减少,能量利用系数先是随着送风量的增加而增大,后随送风量增加而减少。
In this paper , we have discussed the influences of supply air temperature , supply air quantity , supply air turbulence , as well as mixing ratio of supply unit . all of above parameters are important for the extension of the adjacent zone . consideration of all the parameters is essential for a good system design which can ensure the advantage of displacement ventilation
本文研究了各种送风参数对邻接区的大小的影响，结果表明：送风温差、送风量、送风湍流度以及送风口的掺混量等因素对其都有重要影响，在设计时必须仔细平衡这些因素，确定合适的送风口和送风参数，才能使设计更加合理，充分发挥出置换通风系统的优势。
This thesis designed and constructed a series of solid circulating loop devices , including cyclone separator , loop seal , external heat exchanger ( ehe ) and correspondent joining pipes . a data acquiring system was completed to realize the data real - time display and record the pressure of the whole system and air flow
设计和搭建了从炉膛顶部出口到底部进口的物料回送装置，包括旋风分离器，返料器，外置换热器和相关连接管道，编写了数据采集程序实现数据实时显示，并记录整个运行中床体各点压力、各处送风量。
This system finished supervisory control of boiler burning , sampled signals through sensors and calculated the signals whether reached the best content of oxygen and the best wind - coal ratio . using it controls the quantity of coal , entering wind and sending wing for reaching the best thermal efficiency of burning and improving economy benefit of boiler running
系统对锅炉燃烧进行监控，通过传感器采样信号，计算是否达到最佳含氧量、最佳风煤比，来控制给煤量、引风量和送风量，使燃烧达到最佳热效率和提高锅炉运行的经济效益。
Then the air distribution system of the above - mentioned hotel ' s multi - function - hall was simulated with fidap , and the indoor temperature and velocity under the preliminary option was calculated . under the half - load condition of small air - supply quantity and slow velocity , finds that the problem has arisen , which the cold jets fall too fast in summer and the air distributes layer upon layer in winter
然后应用fidap对上述旅馆的多功能厅空调气流组织初步方案进行了数值模拟计算，预测了该初步方案的室内温度、速度分布，发现在送风量和送风速度小的半负荷工况下，会出现夏季送风时冷射流过早下降，冬季送风时气流分层分布的现象。
The experiment acquired pressure distribution and circulating rate under three fluidizing velocity ( 3 . 5m / s 、 4 . 5m / s 、 5 . 5m / s ) and different media load . an experimental equation was acquired between circulating rate and the distribution of the pressure . and the relation between the circulating rate and the opening rate of the valve connecting the returner and the ehe was carefully discussed as well as the relation between the pressure of the ehe and the flow rate of the fluidizing air
得到三种流化风速下（ 3 . 5m / s 、 4 . 5m / s 、 5 . 5m / s ）不同装料量所对应的主床床体压力分布和物料循环量，得到循环量与压力的分布和流化风速的本实验台上的经验公式，并通过测量返料器通向外置换热器机械阀开度和返料量的关系，得到旋风分离器中下落物料进入换热器和直接进入主床的比例关系，同时测得换热器中压力和送风量的关系。
The research results show that compared with the uniform inlet velocity profile , the exponential inlet velocity profile has more advantages to get lower contaminant concentration , to prevent patient and operating apparatus in the operating area from infection by airborne disease germs and to reduce the airflow rate needed for pollutant concentration control
研究表明，与通常采用的均匀风速的送风口相比，变化风速的送风口对于降低手术室工作细菌浓度，防止病人手术切口及手术器械等回风气流携带的浮游细菌再次感染，以及减少手术室的送风量等方面具有明显的优点。