根据运动方程，求得釉浆在搪瓷制品的倾斜平面上薄膜流动方程，以及搪瓷釉浆流变特性参数对薄膜流动的影响。
The expressions for the volume flow rate and thickness of enamel slip film flowing along an inclined plane have been obtained.
一层 250微米厚像海绵一样的薄膜将两极板隔开，容纳有机碳酸盐电解液，带电锂离子在其中流动。
A 250-micron-thick, sponge-like membrane separates the plates and holds the organic carbonate electrolyte through which the charged lithium ions flow.
一片带含硅液体的薄膜附着于内镜。含硅液体无论在任何温度下都保持透明和流动。
Attached to the latter is a membrane filled with a silicon-based liquid, which remains transparent and fluid at any temperature.
经流动性、吸湿性及相容性等试验研究，确定了较合理的处方，采用粉末直接压片工艺与薄膜包衣技术。
We studied the exipients and the formulation on the basis of many tests, the result of preparation procedure was powder press tablet directly and film coating technics.
采用智能化薄膜厚度测试仪对水平管外液膜流动状态进行了研究，得到液膜厚度的几率分布和平均厚度。
The film thickness distribution outside a horizontal test tube was measured with a film-thickness meter, to obtain the average thickness.
该多层结构优选为薄膜，更优选为袋状物的形式，优选用于包装可流动产品，特别是牛奶。
The multilayer structure is preferably a film, more preferably in the form of a pouch, preferably for packaging flowable product, especially milk.
薄膜包含较多的不饱和脂肪时流动性好，容许更有效率地氧气、水、脂肪和葡萄糖的转换。
A membrane that incorporates more unsaturated fats is more fluid, allowing a more efficient flux of oxygen, water, fat, and glucose.
含银量高、熔点稳定，具有优异的渗透性和流动性，适于焊接薄膜、温控、电器装置等接触面小的工件；
Alloys with a high silver content, small melting range, excellent capillarity and fluidity. Used for brazing thin joints such as diaphragms, thermostats, electrical equipment, etc.
对吹塑薄膜平面螺旋式模头内熔体流动现象进行了三维数值模拟。
The melt flow phenomenon of flat spiral type die had been studied by 3d numerical simulation.
由于制备薄膜的反应器中气体流动具有复杂和不可观测的特点，国内对MOCVD反应器内部流场和温度场的研究只处在起步阶段。
Because of the complicated transport process and invisible characteristics, domestic researchers have carried out few explorations on internal flow and temperature distribution of the MOCVD reactor.
结论：生物蛋白胶能在空腔中形成一层薄膜，能够增加骨水泥遭受的阻力及降低其后续流动的范围。
Conclusion: Fibrin sealant could form a layer of film in the cavity. It could increase the force of resistance and decrease the range of subsequent of cement.
结论：生物蛋白胶能在空腔中形成一层薄膜，能够增加骨水泥遭受的阻力及降低其后续流动的范围。
Conclusion: Fibrin sealant could form a layer of film in the cavity. It could increase the force of resistance and decrease the range of subsequent of cement.
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