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- Keywords Second organized structure;Nanoscale polyoxomolybdate;Vesicle amphiphile;Laser light scattering; 二级有序聚集体;纳米级聚钼酸盐;囊泡两亲分子;激光光散射;
- Nanoscale polyoxomolybdate 纳米级聚钼酸盐
- Many visionary nanoscale products will require new manufacturing systems. 许多幻想中的纳米产品要求新的制造系统。
- This compass is a marvel of natural nanoscale engineering. 这种罗盘是自然界奈米工程的奇观。
- Dechlorination mechanism and kinetic of 2,4-DCP by nanoscale Pd/Fe system? 纳米Pd/Fe双金属对2,4-二氯酚的脱氯机理及动力学
- Nanoscale systems are so small that this assumption breaks down completely. 但是奈米系统太小了，以上的前提完全不能成立。
- What are some of the applications might be achieved through the evolution of nanoscale science and engineering? 纳米科学和工程的进展可能带来哪些方面的应用呢?
- If only one-to-one connections can be made, nanoscale crossbars would afford no net advantage. 如果只做得出一对一的连结，奈米交叉杆基本上就没提供什麽好处。
- Rectified Brownian motion (RBM), in contrast, is a distinctly nanoscale approach that thrives in thermal environments. 本研究也探讨四连杆机构的长度组合应用于踩踏自行车的场合，并且研究踩踏机构的驱动方式。
- Such nanowires could serve as nanoscale lasers or bar codes that track proteins. 这种奈米线可用作奈米级雷射，或是追踪蛋白质的条码。
- The nanoscale surfaces are also dynamic, while the materials in use today cannot be altered once they have been made. 且这种纳米表面也是动态的，而现在的材料一旦被制造出来就不能再被改变。
- This paper reviews the progress in nanoscale science and technology and its application in fine chemical. 综述了纳米科学技术的进展及在精细化工中的应用。
- But I am certain that the revolutionary prospects of nanoscale devices will eventually compel such changes. 但我确信奈米元件革命性的前景，终将迫使工业界改变。
- Compared with macroscale, nanoscale mechanical behaviour of bending is dissimilarity. 弯曲下的纳米铜杆具有与宏观尺度下不同的力学特性。
- It greatly enhances the possibility of the realization of nanoscale electronics with complex functionality. 本理论也大大提升了实现复杂奈米电子电路的可能性。
- The research of III-V nanoscale materials has appealed a lot of research interest of physical, chemical,material, and electronic scientist. III-V族化合物半导体纳米材料的研究是目前物理，化学，材料以及电子等学科研究的热点。
- The first, nanoscale composite powders TiO2/Fe2O3 have been successfully synthesized by sol-gel technology derived from Ti(C4H9O)4 and Fe(NO3)3 .9H2O. 一、用溶胶-凝胶法制各了TiO_2/Fe2O_3纳米复合粉体。
- Nanoscale materials exhibit novel physical properties different from macro systems,which has led to the rise of nanoscience and nanotechnology. 物质在纳米尺度下可能呈现出与体材料不同的物理特性;这正是纳米科技发展的基础之一.
- The application of 3% nitric acid and 3% aqua regia yielded good results in nanoscale material geochemical survey in known concealed ore districts. 在已知隐伏矿区，选用3%25硝酸、3%25王水为捕集剂的纳米物质测量试验获得良好效果。
- FIB/SEM System has been playing an important role in failure analysis, nanomaterials characterization and nanoscale prototyping and etc. 摘要聚焦离子束电子束系统在材料失效分析、纳米材料结构表征与性能分析以及纳米器件研制等方面发挥着重要作用。
