solid-liquid interface in Chinese

• 固液界面
• 固液相交界面

• "solid" in Chinese :    adj. 1.固体的；实心的，实质的，密实的。 2.【数 ...
• "liquid" in Chinese :    n. 1.液体。 2.【语言学】流音〔如 [l], [r ...
• "interface" in Chinese :    n. 分界面，两个独立体系的相交处。 vt. (-fac ...
• "liquid-solid interface" in Chinese :    液体-固体界面
• "solid liquid interface" in Chinese :    固液界面; 固液相交界面
• "non faceted solid liquid interface" in Chinese :    非小面化固溶分界面
• "non-faceted solid-liquid interface" in Chinese :    非小面化固-溶分界面
• "solid interface" in Chinese :    固体界面
• "liquid interface" in Chinese :    液体界面
• "solid solid interface" in Chinese :    固 固界面
• "solid-liquid-solid growth" in Chinese :    固-液-固生长
• "liquid-liquid interface" in Chinese :    两种非互溶液体间的界面; 液-液界面
• "liquid-liquid-solid growth" in Chinese :    液-液-固生长
• "gas solid interface" in Chinese :    气体固界面
• "gas-solid interface" in Chinese :    气-固相界面; 气固界面; 气体固体分界面; 气体固体界面

• Controlling solid - liquid interface configuration during crystal growth of cdznte by vertical bridgman method
  晶体时固液界面形状的控制
• The temperature distribution in a crystallizer has important influence on the position and shape of solid - liquid interface during continuous unidirectional solidification
  摘要连续定向凝固过程中结晶器的温度分布对固液界面位置和形状具有重要影响。
• The results indicate that the niti shape memory alloy completely solidifies in the crystallizer and the solid - liquid interface presents flat under the given model and various parameters , which meet the basic requirement of continuous unidirectional solidification
  研究结果表明，在所给定的模型及各种参数条件下，镍钛形状记忆合金在结晶器内可以完成凝固过程，且固液界面呈平直状，具备了进行连续定向凝固制备的基本条件。
• Based on solid - liquid interface ion exchange model , using in - situ data of ph , sediment concentration , trace metal and salinity in the changjiang estuary , solid - liquid phase transformation for metals cu , zn , cd , co , ni through salinity gradient was calculated , and the modeling results was compared with in - situ data sets reported in literature
  华东师范大学博士学位论文摘要6 .在固一液界面离子交换模型的基础上，以长江口现场调查得到的ph 、悬浮泥沙浓度、金属浓度和盐度作为模型的输入量探讨了cu 、 zn 、 cd 、 c 。
• On condition of controlling solid - liquid interface preferably and keeping low directional solidification rate , there were particular phenomena in tasi2 fibre development process . generally , it can be divided into three typical steps . the first was star - up period , the second was competition period , the third was stabilization period
  在较好控制固液界面和较低的生长速率定向生长条件下，纤维相tasi _ 2生长过程有其独特的规律性，通常可以将其生长过程分为启动、竞争、稳定三个典型阶段。
• A monte carlo model was developed for simulating the adsorption behaviors of linear macromolecule chains on the solid - liquid interface . the simulations were performed on a simple cubic lattice , which was 50 50 50 sites in size . the concentration profiles of total segments , tails and loops in dilute solutions were used to analyze the influences of simulation parameters ( body concentration , interaction energy between segments , adsorption energy of interface , and macromolecule chain length ) on various adsorption configurations
  本文采用montecarlo方法构造了水溶性均聚链状高分子固液界面吸附模型，在50 50 50简单立方格子上模拟研究了高分子稀溶液中链节浓度、链尾和链环分布，并结合真实高分子链的吸附行为，讨论了模拟参数(链节间相互作用能、界面吸附能、体相浓度与链长)对各种吸附构型分布、吸附量、表面覆盖度和附着分数的影响。

• "solid-liquid interface" meaning in Japanese: 固液界面｛こえきかいめん｝
• "solid-liquid interface" meaning in Russian: поверхность раздела твёрдой и жидкой фаз