膜的

This essay reviewed the development of high dielectric constant oxide films in the world on the basis of .

本论文从提高铝氧化膜介电常数的角度出发，综合国内外高介电常数复合氧化膜的发展状况，提出了三种生长高介电常数复合氧化膜的制备技术。

After disposal,schwann cells, myelin sheath and axon of nerve fibers were eliminated,but the basement membrane tube of schwann cells and three-dimensionalsupports of extracellular matrix of epineurium and perineurium werereserved.

经脱细胞处理后，去除了Schwann细胞、神经纤维的髓鞘和轴突，保存了由Schwann细胞基底膜管以及神经外膜和束膜的细胞外基质构成的三维支架结构。

SAMs with different chain lengths have different annealing properties, because of different initial states at room temperature, such as gauche concentrations and degrees of order.

不同碳链长度的自组装单分子膜的温度特性不同，其主要原因是这些自组装单分子膜在室温时对应的初始状态不同，如有序度、膜内缺陷含量等不同。

The stability and hygroscopicity of the electrolyte film and its conductivity changing with its constitution and temperature have been studied in the paper.

本文采用聚乙二醇和环氧树脂／三乙烯四胺凝胶组成互穿聚合物网络，制备了IPN——ZnCl2高分子固体电解质膜，讨论了IPN的成因和电解质膜的电导率随组成、温度的变化及其膜稳定性和吸水性。

The results indicated that the mixed monolayers containing FCA/ODA mixture with mole proportion of 1 to 1 possessed the best stability and the highest incompressibility.

第二部分：研究了不同pH值的亚硒酸溶液亚相上ODA单分子膜的性质，π-A等温线和dπ／dA-A曲线都表明碱性亚相上单分子膜的成膜性能较好。

The selection of materials,design and deposition of double waveband (3～5μm and 8～12μm) infrared antireflection on Ge substrate by ion beam assisted deposition are reported.

文中简要叙述了双波段(3～5μm和8～12μm)红外增透膜的膜料选择以及锗基底上红外双波段增透膜的设计与镀制，介绍了离子束辅助沉积技术制备该薄膜的过程。

A brief introduction of molecular imprinting technology and molecularly imprinted membrane is outlined.

文中首先简要介绍了分子印迹技术及分子印迹膜，继而对分子印迹膜的制备方法进行了评述，并对现有的分子印迹膜的应用及研究方向进行了介绍和展望。

Under winter low temperature stress, the injury of membrane caused by membrane lipid peroxidation could occur in podocarpus fleuryi Hickel seedlings, even though it was not serious lipid peroxidation damaged the structure and function of cell membrane, and resulted in the increase in membrane electric conductivity, membrane permeability and electrolyte leakage.

长叶竹柏幼苗在冬季低温胁迫下，植物体细胞要发生膜脂过氧化作用，程度较轻，膜脂过氧化作用损伤了细胞质膜的结构和功能，从而导致了叶片中细胞膜透性的增一大，电解质外渗，电导率增大，这在本试验中得到了初步的证实。

In the given region of concentration, the effect of propyl gallate and iso-butyl gallate shows quantitative-effective and structural-effective relationships.

从上述结果推测该两种化合物可能是通过改变膜脂结构、膜蛋白的脂类环境而调节膜的功能，成为其治疗疾病的机理之一。

During strawberry ( Fragaria ananassa Duch cv.chunxing) fruits maturation,the content of total sugar,anthocyanin and respiration rate increased significantly,and Ca 2+ _ATPase activity of cytoplasm and microsome membrane increased firstly,then peaked at pink stage,and decreased at full red stage in fruits,and also,the activity of plasma membrane Ca 2+ _ATPase was the highest in microsome membranes.

'春星'草莓果实成熟时，总糖和花青苷含量增加，呼吸速率也显著升高；同时，细胞溶质Ca2 + _ATPase活性和微粒体膜的Ca2 + _ATPase总活性变化具有相似的特点，即先升高，至粉红期达到高峰，全红期又下降，在微粒体膜中以质膜Ca2 + _ATPase占的比例最高。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。