微微米

Microcellular plastics is a newly-developed material which cell size is less than 100μm.

微孔发泡塑料是一种泡孔直径在微米级的新型发泡材料。

Based on the technique from micrometer particle dispersion, superfine particle dispersion behavior and its effect on polymere.

结合微米分散技术基础，对超微颗粒在聚合物固体中分散及其结晶研究的进展深入探讨，揭示了聚合物基-纳米复合材料的颗粒分散经过纳米前驱物中间阶段，再进行聚合复合与熔体复合，得到颗粒均匀的分散体系。

As a result of the micron dimension of sample pool, the liquid in it can be viewed as microfluid.

样品池的尺寸通常是在微米级，其中的流体可以视为微流体。

Hollow microspheres are one kind of new material in nano- or micro- size with core-shell special structure whose core is hollow while the shell is bestrewed with pores.

中空微球是粒径为纳米到微米级的一种具有核-壳特殊结构、核心中空而壳上布满孔道的新型材料。

At carbonizing temperature between 425 ℃ and 720 ℃,the micropore volume is between 0.124-0.222 mL/g. Surface of the carbon is also observed by scanning electron microscopy. During thermogravimetric analysis,the cell wall of coconut shell disassembles to form macropore at μm level while its cellulose structure was retained.

本研究还探讨了椰壳炭的孔结构参数，炭化温度 4 2 5～ 72 0℃，其微孔容积为 0 。12 4～ 0 。2 2 2mL / g ，并用扫描电子显微镜观察了椰壳炭的表面形貌，椰壳在热分解时，细胞壁分解形成了微米级的大孔，并保留了椰壳的纤维状结构。

In the first part of the thesis, I employ a series of asymmetric coplanar electrode pairs to design an interdigitated microelectrode array and observe the motion of submicron latex particles in a deionized water subjected to ac electric fields.

第一部份，我设计两不同宽度的电极交错使之成为一阵列，然后在微流道内通入次微米胶体粒子与二次水混合溶液以交流电场作用。

Finally the energy distribution of the spot was reconverted and obtained through computer processing of the measurement data.

实验中采用扫描法测量光斑的能量分布，通过柔性铰链机构带动微米级小孔以很小的步距对成像微光斑进行精确的二维扫描，用光电倍增管接收扫描采样的微弱光信号，再以低噪声的I/V转换电路和电压放大电路处理取样信号后送入计算机处理，就可准确地复原光斑的能量分布。

In the first stage of refinement, broad distribution glass microspheres are very accurately sieved using a variety of sieving processes to produce extremely sharp cuts from over 4mm down to 38 microns.

在第一阶段细化后，使用筛分流程，大分布的玻璃微球被精确的筛分从38微米到4毫米的颗粒，并且有90%的颗粒分布于额定尺寸范围内。

Taiwan Gaoyin Company has opened up a new prospect in the global market monopolized by the United States and Japan and successfully developed nanometer diaphragm with extraordinary performances in electric capacity, discharge rate, micro-short cir cuit and cycle life, the thickness of which is only 10 micron.

台湾高银公司也研制成功了纳米隔离膜，厚度最薄可至10微米，产品的电容量、放电率、微短路和循环寿命等性能优异，打破了由美、日业者独占该领域全球市场的局面。

Several preliminary experimental results have been got successfully. Finally, to further demonstrate the technological dominances, a gear shaft system and log-pile photonic crystals with submicron fine structures are fabricated by single-step scanning.

最后，为了进一步展示双光子三维微细加工方法的技术优势，我们还通过一次扫描成型的方法制作完成了齿轮轴微系统和具有亚微米级精细结构的Log－pile型光子晶体，并利用相应的测试方法验证了这些器件所具有的功能。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。