间距

The computational fluid dynamics method is used to simulate numerically the two phase flow of gas and liquid in a demister with corrugated baffle. The demisting efficiency and pressure drop under various droplet diameters, gas velocities and plate spacings are provided. The effects of main design parameters on the demisting efficiency and pressure drop are analyzed.

用计算流体力学方法对波纹板除雾器内的气液两相流动进行了数值模拟，计算得到了不同液滴直径、进气速度与叶片间距下除雾器的除雾效率和压降，并分析总结了各参数对除雾效率和压降的影响规律。

Having in view the lozenge arrangement of demisters and diversely shaped plates , the pressure drop and flow velocity in demisters were measured during many tests , while the demisting efficiency and the concentration of liquid droplets were calculated by the liquid balance method the effect of flow velocity and that of plate pitch on demisting efficiency as well as the influence of the number of demister stages on both the efficiency and pressure drop have been analyzed , herewith providing some referential .

针对除雾器的菱形布置方式和叶片的不同几何形状，通过大量实验测定了除雾器的压力降和速度，利用水平衡法计算了除雾效率和液滴浓度，分析了除雾器气流速度，叶片间距对除雾效率的影响及除雾器级数对除雾效率和压力降的影响，为该型除雾器的设计和制造提供了参考依据。

The results of numerical simulation suggest that the demisting efficiency increases as droplet diameter and gas velocity increasing and decreases as the mist eliminator plate spacing reducing, and the efficiency of arc-shaped plate with barb mist eliminator is higher than that of polyline-shaped plate mist eliminator. Droplet with a diameter under 20 mm is of low demisting efficiency.

数值分析表明：除雾效率随液滴直径的增大而增大，随进气速度的增大而增大，随除雾器叶片间距的增大而降低；带倒钩的弧形板除雾器比折形板除雾器的除雾效率高；粒径小于20 mm的小液滴脱除效率较低。

The results show that single structure parameters (width and depth of flow path/passage, and height, and angle of dentations) are local and difficult to represent the anti-clogging ability of emitters. Characteristic structure parameters(minimum size of cross section, hydraulic radius and dentitions spacing) can represent the anti-clogging ability of emitters in a sense. There are anti-clogging critical values under the test. Rated flow Qr and the ratio of diameter of labyrinth passage to diameter of particle η are well cor related to the anti-clogging ability and have anti-clogging critical values too.

结果表明：用单一结构参数(流道宽度 W 、流道深度 D 、齿高度 h 和齿角度θ)表征其抗堵塞性能存在局限性；结构特征参数断面最小尺寸 min(D，W、水力半径 R 和齿间距 l 能较好反映滴头流道横、纵断面的结构特征，在不同程度上表征了流道的抗堵塞性能，且在试验条件下各自均存在抗堵塞临界值；滴头额定流量 Qr 和迷宫滴头径粒比η与抗堵塞性能相关性较好，且存在抗堵塞临界值。

When dopants and defects are introduced, additional extrinsic electronic levels can be located in the energy band gap of the metal oxide.

当搀质和缺点被提出的时候，附加外在的电子水平能被找到在金属氧化物的能源乐队的间距中。

Discusses the relations between minimum setting height and the system style,the connection position,and the influence of the connection position of expansion pipe and circulating pipe on the water circulation. Points out that the distance between these pipes and their diameter can be decreased in the case of high rise buildings.

分析了水箱最低安装高度与系统形式和连接位置的关系、膨胀管和循环管与水箱及系统的连接位置对水循环的影响，指出对于高层建筑这两根管的连接间距和管径都可减小。

Feed aprons and stock guide plates with different angles and spacing are being equipped inside the cylinder, the structure can ensure that the material being dried runes along the direction of screwing under the impact of gravitation and keeps for a sufficient maintaining times and dispersity in the cylinder to make the material has sufficient heat exchange with the heat airflow from air heating furnace inside of the cylinder.

三筒烘干机是引进欧洲先进技术，由三个不同直径的同心圆筒彼此相嵌组合而成的。筒内装有不同角度和间距的扬料板和导料板，这种结构能够保证被烘干物料在重力作用下沿着螺旋的运动方向运动，在筒内保持足够的停留时间和充分的分散度，使被烘干物料在筒内与来自热风炉内的热气流进行充分的热交换。

The feed throughput related to the plate distance and the properties of system were analyzed.

通过实验研究了斜板沉降器板间距对处理负荷的影响。

At first, CoCr、FeNi and Ti layers are deposited with the SPF-312 Sputtering System made by ANELVA and then dependence of microstructure and the magnetic properties on the Ar pressure、power、substrate temperature、bias voltage、film thickness and the distance between the target and substrate are studied systematically.

首先用日本ANELVA生产的SPF—312型磁控溅射装置对CoCr、FeNi、Ti等薄膜的制备工艺进行了探讨，系统地研究了溅射气压、溅射功率、基板温度、基板偏压、膜厚、靶间距等参数对薄膜结构和磁性的影响。

Passenger door width, height, step height and so on, should be for the purpose of convenience of the passengers up and down, driving the district to consider the arrangement and operation of the driver's field of vision light, reasonable, comfortable, spacious passenger area should be, comfortable, relaxed, quiet, natural , we must also consider the vehicle height, space utilization, seat pitch, car parts, as well as decorative material texture, color and environmental protection.

乘客门区的宽度、高度、台阶跨步等，应以乘客上下方便为目的，驾驶区的安排要考虑司机的视野和操作轻便、合理、舒适，乘客区应宽敞、舒适、轻松、幽静、自然，还要考虑车内高度、空间利用率、座椅间距、厢内装饰件以及材料的质感、色调及环保性。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。