| 1. | One can see the orderly texture of matter through an electron microscope
通过电子显微镜可以看到物质的有序结构 |
| 2. | Surface - enhanced raman scattering effect from the charge transfer in silver nanoparticle array
银纳米粒子有序结构中电荷转移的表面增强拉曼光谱 |
| 3. | The stacking interactions between near tryptophane molecule s side chains are responsible for the formation of these two kinds of structures
这2种有序结构的形成原因被认为与相邻色氨酸分子侧链之间的堆积相互作用有关。 |
| 4. | In this article , the experimental studies on bacterial waving growth from vegetative cell ( vc ) to cryptic growth cell ( cgc ) have been reported
本文实验研究细菌由繁殖体到潜生体反复进行的波动生长过程，旨在阐明波动生长形成宏观有序结构的自组织机制。 |
| 5. | In animal systems there are also small structures within the cells called mitochondria which use the energy stored in sugar molecules from food to form more highly ordered structures
在动物系统，也有一些小建筑物内的细胞称为线粒体，其中用能量储存在糖分子从食品，以形成更多的高度有序结构。 |
| 6. | The work not only disclosed the mechanism of order structure formed in wave growth but also discovered the essence that the bacteria keep survive along with human - being owing to highly adaptive ability
此项工作不仅揭示了波动生长有序结构的机制，而且深刻地认识到细菌以高度适应能力伴随人类生存。 |
| 7. | Relying on the science of chaos theory , the essence of human mind is nonlinear , and the chaotic mental status is a dynamical foundation which can bring about more advanced orderly structure
按照混沌理论的观点，人的心理的本质是非线性的，而心理的混沌状态则是导致更高阶段有序结构出现的动力学基础。 |
| 8. | The acquired stm images exhibit that tryptophane can form a uniform adsorption layer at room temperature . two kinds of structures were observed : two - dimensional stripe structure and two - dimensional monoclinic lattice
实验发现，在室温下色氨酸分子可以在石墨表面形成均匀的吸附层，并形成二维条状结构和二维单斜晶格两种有序结构。 |
| 9. | Some successes have been achieved through microfabrication techniques , but the pursuit of a microscopically ordered pbg in the visible range was still a challenging endeavor . colloidal self - assembly has been utilized as a process to form 3d periodic structures because of its simplicity
电磁流变技术的发展为廉价、简便地形成三维有序结构以制备光子晶体提供了一条新的途径，而这种方法的关键在于制备粒径适当的电磁响应性微粒。 |
| 10. | 2 . in the process of synthesis of mesoprous silica , manganese ion was doped to substitute partially for silica in the framework and hexagonal mesoporous manganese - containing silica mn - mcm - 41 was prepared . xrd , hrtem , n2 adsorption isotherm showed the direct evidences for a well - ordered hexagonal nano pore structure
在mcm - 41合成过程中，引入mn ~ ( 2 + )对硅氧骨架中硅原子进行部分替代，以形成杂原子介孔分子筛，并研究引入量对有序结构的影响。 |
