双分子层

Based on electro-characteristic and double electric layers models, directional mechanisms of soy protein molecular are analyzed for the first time on DC heating condition. After the main factors which effect soy protein gels transparency and strength being studied on DC heating condition, the different affects on soy protein gels transparency and strength by DC heating and water bath heating are analyzed and compared, and the transparent mechanisms of soy protein gels are further explored. In addition to temperature action as water bath heating, DC heating is added as electric field directional action. As a results, heating rate is increased. Directional range degrees of soy protein molecules are raised. These advantage the increase of soy protein gels transparency and strength. Microstructures of soy protein gels forming on DC heating condition are observed by SEM and the results showed that ordered structure of transparent soy protein gels on DC heating condition is more ordered than that of transparent soy protein gels on water bath heating condition.

首次从大豆蛋白的电特性和双电层模型上分析了直流电加热条件下，大豆蛋白分子定向的机理；通过对直流电加热条件下影响大豆蛋白凝胶透明性和强度主要因素的研究，分析和比较了直流电加热与水浴加热对大豆蛋白凝胶透明性和凝胶强度的不同影响，又进一步探讨了大豆蛋白凝胶透明的机理；直流电加热除了水浴加热中的温度作用以外，又增加了直流电场的定向作用，提高了加热速率，提高了大豆蛋白分子定向排列的程度，有利于蛋白质凝胶透明性和强度的提高；利用SEM对电场下大豆蛋白凝胶微观结构的观察，进一步证明了直流电加热比水浴加热形成的透明大豆蛋白凝胶微观结构具有更高的有序性。

In aqueous phase both bilayer and domelike vesicles with a mean diameter of 45 nm were observed, whereas in air the structure was more complicated depending on the initial concentration of vesicles.

在溶液中观察到直径为45 nm的囊泡以及沉积在云母表面的双分子层，而在空气中形成的结构则比较复杂，它与囊泡溶液的起始浓度有关。

The method is based on the formation and deformation of double-stranded DNA membrane on a gold surface, which can encage reporter molecules between the gold surface and the double-stranded DNA, or keep them away from the gold surface.

致密的双链DNA分子层可以将电化学信号分子禁闭在金表面和双链DNA之间，或者将信号分子与金表面隔离开，使其无法接触裸金面。

Pius the appropriate transient high-voltage pulse to the human skin, one temporary reversible hydrophile channels can be formed in the dual-layer Lipid membrane, it can accelerate active components to infiltrate perfectly.

用一个瞬态脉冲技术，将适当的瞬态高电压脉冲加在人体皮肤上，便可在细胞膜脂质双分子层形成暂时的可逆的亲水性通道，从而增加细胞及细胞膜的渗透性，对活性成分达到理想的促渗效果。

Pius the appropriate transient high-voltage pulse to the human skin,one temporary reversible hydrophile channels can be formed in the dual-layer Lipid membrane, it can accelerate active components to infiltrate perfectly.

用一个瞬态脉冲技术，将适当的瞬态高电压脉冲加在人体皮肤上，便可在细胞膜等脂质双分子层形成暂时的可逆的亲水性通道，从而增加细胞及组织膜的渗透性，对活性成分达到理想的促渗效果。

If there is only one lipid bilayer, they are called unilamellar vesicles; otherwise they are called multilamellar.

只有一个脂双分子层的叫单膜小泡；其余的叫多膜小泡。

Methods Based on molecular assembly technique, the matrix of agarose gel was deposited on the surface of glass plates,followed by drying, oxidation with NaIO 4 and cross linking with glutaraldehyde.

利用分子组装技术，以琼脂糖凝胶为基质，于玻片表面制成自组装膜，经过碘酸钠氧化后再与戊二醛分子偶联，而成为具有双功能分子层的薄膜。

The bilayer leaflet model for the structure of biomembranes may be simply state as follows: the basic construct of all biological membranes consists of a bimolecular lipid leaflet (i.e.a lipid bilayer for short) with sorbed non-lipid layers.

生物膜结构的双层模型可以简单地陈述如下：所有的生物膜基本结构均由一个双分子类脂层及吸附其上的非类脂层构成。

Phospholipids form the thin bilayer of Membranes, being important to cell.

磷脂组成膜的双分子层，对细胞有重要的功能

In the 1920s and 1930s , cell physiologists obtained evidence that there must be more to the structure of membranes than simply a lipid bilayer .

在20世纪20-30年代，细胞生理学家们获得了质膜不单只有简单的一个磷脂双分子层的结构，而应该存在更为复杂的结构的相关证据。

As she looked at Warrington's manly face, and dark, melancholy eyes, she had settled in her mind that he must have been the victim of an unhappy attachment.

每逢看到沃林顿那刚毅的脸，那乌黑、忧郁的眼睛，她便会相信，他一定作过不幸的爱情的受害者。

Maybe they'll disappear into a pothole.

也许他们将在壶穴里消失