膜内的的英文

• intramembrane
• intramembranous
• intrathrcal

• "膜"英文翻译    membrane
• "内"英文翻译    inner; inside; within
• "的"英文翻译    4次方是 The fourth power of 2 i ...
• "被膜内的" 英文翻译 :    intracapsular
• "腹膜内的" 英文翻译 :    endoperitoneal; intrapeeritoneal; intraperitoneal
• "巩膜内的" 英文翻译 :    intrascleral
• "滑膜内的" 英文翻译 :    intrasynovial
• "脑脊膜内的" 英文翻译 :    intrameningeal
• "脑膜内的" 英文翻译 :    intrameningeal
• "绒膜内的" 英文翻译 :    intravillous
• "软膜内的" 英文翻译 :    intrapial
• "视网膜内的" 英文翻译 :    intraretinal; intraretional
• "胸膜内的" 英文翻译 :    intrapleural
• "羊膜内的" 英文翻译 :    entamniotic; intra-amniotical
• "硬膜内的" 英文翻译 :    intradural; intrathecal
• "硬脑膜内的" 英文翻译 :    intradural
• "粘膜内的" 英文翻译 :    intramucosal
• "蛛网膜内的" 英文翻译 :    intra arachnoid; intra-arachnoid
• "膜内" 英文翻译 :    intramembrane
• "内的" 英文翻译 :    inner; inside; interior; internal; inward
• "腹膜内" 英文翻译 :    intraperitoneal
• "膜内腔" 英文翻译 :    intramembranous space
• "膜内陷" 英文翻译 :    membrane invagination
• "户内的, 室内的" 英文翻译 :    indoor
• "①腹膜内②等电位" 英文翻译 :    i.p

• Study on the permeability coefficient of ammonia through hollow fiber supported liquid membrane
  氨在中空纤维支撑液膜内的渗透系数
• An analogy was employed between the mass transfer for the faciliated transport with fixed carrier membrane and the electron transfer in a resistor - capacitor ( rc ) circuit
  通过将固定载体膜内的质量传递与电阻电容回路中的电子传递相类比，提出适用于非对称膜固定载体促进传递的数学模型。
• And also the factors , such as carrier concentration , feed solution concentration and strip solution concentration , also have been discussed when the membrane phase contained solvent and carrier . based on the double membrane theory , the model of phenol transport in supported liquid membrane was established , and the parameters of the
  在此基础上,采用双膜理论来解释苯酚透过平板支撑液膜的过程,在稳态假设下,建立苯酚在支撑液膜内的传质模型,并求解膜内扩散系数等模型参数。
• The results indicate that the dominant resistance during membrane process comes mainly from evaporation of water on hot side and mass transfer through membrane , and that mass transfer and heat transfers during vmd process are interdependent and interactive ; the results also indicate that the phenomenon of temperature polarization and concentration polarization is inevitable during vmd process
  实验结果的分析表明：在vmd过程中，其过程主要阻力来自于热侧汽化和膜内的质量传输；热量传输与质量传输是相互影响、相互制约的；其过程中的浓度极化和温度极化现象是膜蒸馏过程进行时的必然现象。
• The sol - gel film showed the excellent chemical and electrochemical properties as well as kept the quality electrochemical activity of those immobilized redox molecules . the modified molecules took place the typical adsorption controlled electrochemical reaction , and furthermore , the modified methylene blue gave the obviously electrochemical catalytic affection on oxidation of nadh or reduction of hemoglobin if they were immobilized in the film meanwhile
  同时以硅溶胶?凝胶膜为载体制得化学修饰电极，用sol - gel法在金电极上固定亚甲蓝、硫堇及茜素s ，发现固定于纳米溶胶?凝胶膜内的亚甲蓝和硫堇均有良好的电化学活性，对同时固定于膜内的nadh 、血红蛋白等生物分子产生显著的催化氧化还原作用。
• The analytic results of the effects on the micromorphological structure of the film by the electrochemical condition ' s showed that the carbon is apt to improve the boundary combination between the scfs and the surface of the cathode and the seperation of the films , and that the micromorphological structure of the mpgcfs is greatly affected by the dring and the power voltage , which remarkably affluence ion move in swelling cathode film , and that higher temperature and concentration of cu2 + in the medium solution are also advanagable to the deposition of cu in scfs . the plot of deformation behavior of mpgcfs showed that the maximum strench ratio decreases and the brittleness increases due to the existence of the metal phase , and that the strengh trend of the composite films is fistly up and down followed with the content of metal phase because of the change of the role of the metal phase from acting as the physical cross - linking to weakening the films due to destroying the whole structure of the polymer
  另外它作为基体的另一个突出的优点是制备的溶胀复合膜( scf )中的溶剂与电解液中的溶剂相同都是水，克服了以前膜内外不同溶剂之间扩散的问题，结果使得电流最终趋于一种稳态，因此可以更好实现用电化学条件来控制mpgcf的形态结构；硬质石墨材料的多孔的结构和石墨本身的结构性能特点使得碳作为阴极材料时有利于溶涨复合膜( scf )与电极表面的结合以及膜的剥离，因此是作为阴极的理想材料；电化学条件中的干燥程度和电压能够明显的影响离子在膜内的迁移，从而对mpgcf的形态结构造成较大的影响；而提高反应温度和增大电解液中铜离子的浓度也有利于铜在膜中的沉积生长。

• 膜内的的法语：intramembraneux