片语

liquid helium film液氦薄膜

liquid membrane液膜；液体膜

liquid-film technique液膜技术

liquid core film coefficient液膜系数

liquid crystal film液晶膜的

liquid molecular film抑氨膜

liquid coating film液体涂膜

liquid packaging film液体包装膜

liquid expanded film液态扩张膜

英汉例句

• treatments with extraction and emulsified liquid film are newly developed and efficient methods.

  可以看出含酚废水处理在萃取法及液膜法方面有了突破性进展。

• criterion for gas flow pressure loss is presented for rotating liquid film heat and mass transfer device.

  提出了旋转液膜气液传热传质设备的气体压力损失的準则关系式。

• liquid film flow field in gas-liquid-solid three phase flow through a curved pipe were measured by particle image velocimetry (piv) for a better understanding of the phase separation phenomena.

  为了深入认识螺旋管内多相流相分离现象，应用粒子图象测速仪（piv），对组合弯管内气水砂三相流底部水平段和上升段中液膜区的流场进行了测量。

• seal face geometry parameters can be optimized by analyzing regulation of their effect on opening force and liquid film stiffness.

  通过分析端面结构参数对密封开启力和液膜刚度的影响规律，可得到端面结构的优化参数。

• both nonlinear and linear stability analysis show that short and long wave in the liquid film contribute instability and stability respectively.

  非线性和线性稳定性分析均表明短波和长波在液膜流动中分别起着不稳定作用和稳定作用。

• the technique of squeeze liquid film damping is adopted in precise boring.

  在精镗孔加工中采用挤压液膜阻尼技术。

• exerting the model of two mechanism heat transfer , the formulation for heat transfer coefficient of liquid film which in smooth tube and equipped with spring inserts is given in this paper.

  通过大量的实验和对各种因素的综合分析，运用双机理传热模型，得到光管和安装有弹簧插入物的竖管降膜蒸发传热管液膜侧传热系数的计算式。

• with an experimental method, the liquid film pressure between the two faces and the seal face temperature rising are measured and analyzed for a double spiral groove mechanical seal.

  通过实验方法，研究了内外双螺旋槽机械密封端面间的液膜压力和端面温升。

• the results show that the adsorption kinetic is controlled by liquid film diffusion.

  结果表明，动力学吸附过程为液膜扩散控制；

• the liquid upward transport mechanism is very important for predicting the circumferential liquid film thickness distribution in horizontal gas-liquid annular flow.

  为更为準确地预测液膜厚度，综合考虑了扰动波抽吸作用机理、气体二次流机理及液滴沉降和携带机理；

• apply hydrophobic coating agent as a liquid film extensively over the surface and immediately rub evenly with a paper towel.

  在表面上以液态膜的形式充分涂覆疏水涂层剂，并立即用纸巾抹匀。

• in this paper, it is believed that the heat transfer mechanism of phase change in a capillary tube belongs to liquid film conduction and surface evaporation.

  本文认为毛细管的相变传热机理为液膜的导热和表面蒸发；表面蒸发受蒸汽温度、汽液界面的温度以及汽液压力差的共同控制。

• the time-dependent liquid film thickness in horizontal and slightly inclined tubes was measured by using parallel-wire conductance probes, and various wave patterns were obtained.

  用电导探针测量了水平及微倾斜上升和下降管内气-液分层流瞬态液膜厚度，得到了不同的波形图。

• infrared spectrum was obtained by liquid film method, many functional groups could be identified by their characteristic vibration frequency of the infrared spectra.

  在红外光谱分析中，采用液膜法测定红外光谱图提供官能团的有关信息确定溶剂可能结构。

• the evaporation model of micro heat pipe with triangular cross section was presented by analyzing both the heat transfer through the thin liquid film and the heat conduction along the heat pipe wall.

  通过对薄液膜蒸发传热以及热管壁轴向导热的分析，对三角形截面微型热管的蒸发段建立了蒸发传热模型。

• the boiling heat transfer rate in a narrow gap is much higher than that in a pool, and its heat transfer mechanism is dominated by the evaporation of thin liquid film under deformed bubbles.

  狭窄空间中的池沸腾传热强度高于大空间池沸腾，其主导传热机理是受压变形气泡底部的微液膜蒸发机理。

• ultrasound can effectively strengthen both the liquid film mass transfer and intraparticle diffusion by which the effect of mass transfer enhancement is obtained.

  超声场可有效强化液膜传质、粒内扩散，提高浸取率、加快浸取速率，能达到机械搅拌无法达到强化传质的效果。

• liquid film vaporization in the process of spray impingement being studied, relevant numerical calculation model was established through theorization and measuring data.

  针对喷雾过程喷注碰壁形成的液膜蒸发现象进行研究，通过理论分析和实验数据建立了相应的数值计算模型。

• the demulsification influence of synthetical dendrimer pamam on the oil-drop liquid film was studied by the single-drop method, and its demulsification mechanism was analyzed.

  应用单滴法考察了合成的树状高分子聚酰胺-胺对油滴液膜的破乳效果，并分析了其破乳机理。

• conservation of mass, momentum, and energy are used to solve for the liquid film thickness, velocity, and temperature.

  通过求解质量守恒、动量守恒、能量守恒方程，获得液膜厚度、速度与温度等参数。

• the thin liquid film formed on a solid surface can significantly enhance the heat transfer of micro scale.

  固体表面上形成的蒸发薄液膜，对微细空间内的传热有重要强化作用。

• so it is very significant to study the liquid film formed of viscosity liquid outside horizontal tube.

  因此研究粘性流体在水平管外壁形成液膜的机理具有重要的理论和现实意义。