nanosphere
英
美
网络 纳米球; 毫微球; 纳米微囊; 奈米球
双语例句
- Preparation and Magnetic Properties of FeNi/ SiO_2 Core-shell Nanosphere
FeNi/SiO2核-壳纳米球的制备及磁学性质 - Investigation on Effect of the CVD Temperature onto Synthesis of Boron Nitride Nanosphere
CVD反应温度对氮化硼纳米球体制备的影响 - The Porous Cu_2O Nanosphere Modified Electrode for the Detection of NADH
Cu2O多孔纳米微球修饰电极检测NADH - The Preparation of Rutile TiO_2 Nanosphere in Liquid Phase at Low Temperature
低温液相合成金红石型TiO2纳米球 - Progress in Research on Preparation of Inorganic Hollow Nanosphere by Template method
模板法制备无机纳米中空球的研究进展 - [ Objective] To prepare Ang-2 small interfering RNA ( siRNA) shuttle vector nanosphere and evaluate both its gene-delivery ability and its gene-silence effect.
【目的】制备血管生成素-2小干扰RNA（Ang-2siRNA）质粒纳米微粒，并观察其基因转染能力和基因沉默效果。 - Study on pharmacodynamics of hepatic arterial embolization therapy for rats bearing liver cancer with emulsion of adriamycin nanosphere Lipiodol
多柔比星纳米微粒-碘油乳剂肝动脉栓塞治疗大鼠肝癌的药效学研究 - An experimental study of gene therapy targeted by magnetic nanosphere for occlusive vascular disease
纳米磁粒靶向基因治疗动脉闭塞性疾病的实验研究 - Objective: To investigate the preparation technics and anti-tumor effects both in vitro and in vivo of a novel nanosphere control-releasing preparation of colchicines ( an water-insoluble anti-cancer drug) by intravenous injection.
目的：研究不溶于水的植物性抗癌药秋水仙碱纳米控释静脉注射微粒的制备工艺及其体内外抗肿瘤作用。 - We obtain the analytical expressions of the induced potential and stopping power, as the charged particle moving outside the nanosphere with a constant velocity.
当带电粒子在球体外部以恒定速度运动时，得出了感应电势与阻止本领的解析表达式。 - Thanks to the "masking" technique that employs a cavity function to depict a hard wall with a certain thickness, the phase separation of mixed polymer brushes was investigated at a nanosphere with its radius comparable to the polymer size.
我们采用所谓的“masking”方法，即采用空穴函数来描述有一定厚度的硬壁，研究了当微球尺寸和高分子尺寸相当时，高分子共混刷体系在纳米微球上的相分离行为。 - The vitamins A and E nanosphere/ microsphere double-layers encapsulation system was prepared by hot homogenization-spray drying technique.
然后采用热均质-喷雾干燥法制备了维生素A、维生素E纳米球/微球双包埋体系。 - PANI hollow nanosphere is a good non-noble metals catalyst.
聚苯胺纳米空心球是一种性能良好的非贵金属催化剂。 - The Ag NPs-tagged carbon nanosphere was synthesized via In situ reduction of Ag+ adsorbed on negatively charged polyelectrolyte layer and functionalized with streptavidin for binding biotin labeled DNA strand.
在碳纳米球表而组装带负电荷的聚电解质，原位还原吸附的Ag+，进一步结合链霉亲和素合成银纳米粒子功能化碳纳米球制得电化学信号放大标记物。 - Based on that, we further applied the electrosprayed RSF nanosphere to encapsulate model drug chlorpheniramine for in vitro drug release.
在此基础上，我们考察了该种纳米微球对扑尔敏模型药物的负载及体外缓释性能。 - Furthermore, polymeric hollow nanospheres have attracted considerable research attention due to their large variety of applications in chemistry, biotechnology, and materials science. The advantages of polymeric hollow nanosphere include its encapsulation property, controllable permeability, and surface functionality.
此外，由于高聚物空心纳米球结构在包覆性能、可控渗透性和表面功能性上的优势，使得其在化学、生物和材料科学方面的应用受到了相当大的关注。 - In the thesis, the interaction of the charged particle with nano-structured materials is studied, including nanosphere and an infinite metal slab with finite thickness in an infinite dielectric substrate.
本文研究带电粒子与微纳尺度材料相互作用，其中包括带电粒子与纳米小球以及与有限厚度无限大金属平板的相互作用。 - Based on the synergy effects in both nanostructure unit and three dimensional configurations, preparation of transition metal oxide nanosphere by self-assembly of small nanoparticles could realize high discharge capacity and good cycle performance.
通过制备由纳米小颗粒自组装而成的过渡金属氧化物纳米球，充分发挥纳米构建单元和三维空间结构的协同作用，可以实现较高的放电容量和良好的循环性能。 - The results show that the morphology of the SiC nanowires are stable when the temperature is below 1800 ℃ in inertia gas, and begin to convert into nanosphere chains at 1800 ℃ due to the Rayleigh Instability.
结果表明，在惰性气氛中，SiC纳米线在1800℃以下温度退火后没有明显的形貌变化，于1800℃开始出现Rayleigh不稳定性熔融，形成纳米球链结构。 - Compare with Au nanosphere, Gold nanorod have a longitudinal plasma resonance absorption peak which has great sensitivity with the RI changes of surrounding.
金纳米棒的纵向等离子体共振吸收峰随周围介质折射率的变化极其敏感，其与贵金属薄膜间的电磁场耦合谐振效应和金纳米球的相比也有着很大的区别。 - Albumin nanosphere is one kind of the ideal medicine carriers and sustained release targeting capsules which has netlike gap structure.
白蛋白纳米球具有的网状空隙结构，是一种理想的药物载体和控释靶向制剂。