A set of experimental system used to measure flow field of spiral separator is constructed, with the experimental data, such as the pressure and flow rate of gas and the weight of drained water etc., being acquired by a computer.
4搭建了螺旋片导流式分离器流动场测量的实验装置，并用计算机对实验系统的压力损失和分离液体量进行数据采集。
It will not only enhance the appetite, help digestion, Bunao physical tension, improve blood flow, Shu Pinggan gas, the elimination of fatigue, to keep out the cold, refreshing, the effect of weight loss physical fitness, but also into people eating natural plants and physiological active substances contained in, has been confirmed that the body's immune function to the promotion and regulation, and disease prevention, disease resistance, longevity of the reactive power.
它不仅有增进食欲，帮助消化，补脑强身，舒筋活血，平肝舒气，消除疲劳，提神御寒，减肥健体之功效，而且还融人天然植物和饮食中所含生理活性物质，业已证实对人体免疫功能有促进和调节作用，有防病、抗病、延年益寿之功。
The lack of a regenerator in the Quasiturbine is not for space/weight/power density considerations, but because there is never any back flow since the gas is progressing forward all the time, so there is no real need to incorporate temporary heat storage in a regenerator.
在Quasiturbine缺乏再生中的一个是空间不是/重量/功率密度的考虑，而是因为从来都没有的气体回流since是向前发展的所有的时间，所以没有真正的需要纳入存储在一个临时热再生。
The setting of parameters is as follows; sample weight of 0.15g, the maximum work current of 350mA, the flow capacity of carrying gas of 3L/min, the purity of oxygen of 99.99%, the precleaning time of l0s, the predelay time of 10s, the analytical period of 60s, the comparison level of 1.0%. The blank of ceramic crucibles could be reduced to minimum by burning them for 2h at 1100℃.
其最佳测定条件为：样品称量为0.15g左右；最大工作电流350mA，载气流速为3L/min，载气纯度99.99%，陶瓷坩埚需经1100℃灼烧2h后，可使空白降至最小，预清洗时间10s，预延时间10s，破元素最短分析时间为60s，比较水平为1.0%。
Because the gas flow along the direction parallel to the fiber should be not omitted due to the pressure difference between the in-and out-side of materials, we proposed a two-dimensional develotilization model to dispict the flow of volatiles inside the fiber netware, based on that the lost weight of resin equals to the increased weight of valotiles in the material system.
考虑到在缩聚脱气过程中，由于内外压力差导致挥发组份不仅要沿着厚度方向运动，而且在平行于纤维方向上的运动也是不可忽略的。
Based on experimental results, some conclusions can be drawn: Gas diffuses across PTFE membrane in Knudsen diffusion and Poiseuille flow, and permeating coefficient is inversely proportional to molecular weight's 0.5 power and membrane's thickness, and directly proportional to radius's 3.6 power.
研究表明：气体以努森扩散和粘性流动的形式透过膜孔，且透过系数与气体分子量的05次方成反比，与膜厚度成反比，单孔透过系数与孔半径成36次方的关系。
Influences of molecular weight and compressibility factor of high sour gas on its flow rate
高含硫天然气分子量和压缩系数对流量的影响
By means of strengthening lining protection, broadening area of blowing, properly restraining vigorous central gas flow, expanding peripheral gas flow, adopting larger batch-weight, 4-ring distributing burden with large angle-difference, and so on, a stable and smooth blast furnace operation has been achieved.
通过采取加强护炉、扩大进风面积、抑制中心过吹、适当发展边缘煤气流、选择较大的批重、四环大角差布料等措施，使高炉冶炼能稳定顺行，取得了较好的效果。
Should water/gas weight ratio be too low, plug flow will be observed.
若水/氯气重量比降低，则会转为柱塞流。
The influences of the initial foaming temperature, weight percentage of Al2O3, flow rate of gas and foaming stirring time on the foaming behaviours were discussed and the optimal processing parameters were obtained.
着重讨论了初始发泡温度、Al2O3的重量百分含量、增粘搅伴的时间及气体流量这四个因素对发泡行为的影响，得出了优化的工艺参数。
The purity determination condition of chemicals and pharmaceuticals by DSC technique was introduced. The optimal testing conditions are: heating ramp being 0.7 ℃/min, sample weight being 2 - 3 mg and gas flow rate being 20 - 40 mL/min.
研究了差热分析（DSC）法测定化工品、药品纯度的条件，测定的最佳条件为升温速率0.7℃/min，样品量2～3mg，保护气流速20～40mL/min。
Should water / gas weight ratio be too low, plug flow will be observed.
若水/氯气重量比降低，则会转为柱塞流。
Through the experiments, we got the optimum condition: temperature was 400℃、weight ratio of scandium oxide to ammonium chloride was 1:1.5、time was 120 minutes、temperature raising speed was 10℃/min, volume of inert gas flow was 5L/min.
实验得出此阶段的最佳工艺条件为：温度400℃，氧化钪与氯化铵重量比1：1.5，保温时间120分钟，升温速度10℃/min，惰性气体流量5L/min。