纳米球

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。

The vitamins A and E nanosphere / microsphere double-layers encapsulation system was prepared by hot homogenization - spray drying technique .

低温液相合成金红石型TiO2纳米球

The Preparation of Rutile TiO_2 Nanosphere in Liquid Phase at Low Temperature

目的比较丝裂霉素C磁性纳米球胶体溶液与丝裂霉素C在小鼠体内的血药浓度及相关药动学参数。

OBJECTIVE To compare the differences of pharmacokinetics parameters of Mitomycin C injections and its magnetic nanoparticles .

研究了载药纳米球在pH为7.4的磷酸盐缓冲液中的药物释放行为。

Drug release behavior was studied in the pH 7.4 phosphate buffered saline .

结果在小鼠体内，丝裂霉素C磁性纳米球胶体溶液的血药浓度明显高于丝裂霉素C；

RESULTS In mice , the blood concentration of Mitomycin C magnetic nanoparticles was significantly higher than that of Mitomycin C injections .

综述了交联水凝胶、微囊、纳米球和脂质体等pH感应型给药系统的控释机制和研究进展。

The controlled-release mechanisms and the achievements of pH-responsive hydrogels , microcapsules , nanoparticles and liposomes are reviewed .

中空Ag纳米球壳的制备及性能表征

Preparation of hollow silver microspheres and their characterization

ZnO微纳米球的生长机制

The Growth Mechanism of ZnO Micro-nano Spheres

基于C纳米球和纳米CuO的无酶生物传感器制备及电化学性质研究

Study on Fabrication and Electrochemical Property of Nonenzymatic Biosensor Based on Carbon Nanospheres / CuO Nanocrystals

目的研究丝裂霉素C-磁性纳米球胶体溶液剂和丝裂霉素C生理盐水溶液中丝裂霉素C（MMC）在小鼠体内的分布。

Aim To study the distributive character of mitomycin ( MMC ) magnetic nanoparticles and MMC normal saline solution in mice .

甲醇介质中溶剂热合成六方CdS中空纳米球

Methanol-mediated Solvothermal Synthesis of Hexagonal CdS Hollow Nanospheres

ZnO纳米棒阵列大面积生成，排列紧凑，ZnO微纳米球生长在纳米棒阵列之上。

ZnO nanorods have Synthesis of large area and arrangement compact , ZnO micro-nano-ball was synthesized on the nanorods .

高分散度Fe3O4纳米球的粒径控制合成及磁性能

Size-controlled synthesis and magnetic properties of high-dispersed Fe_3O_4 nanospheres

原子吸收光谱法测定丝裂霉素C-磁性纳米球中Fe3O4在小鼠体内的分布

Determination of Fe_3O_4 in Mitomycin C Magnetic Nanoparticles in Mice by Atomic-absorption Spectrometry

从光致发光谱来看，Ce的掺杂使得ZnO纳米棒和纳米球的可见区发光增强。

From the photoluminescence spectra , Doped Ce makes visible light-emitting areas of the ZnO nanorods and nanoparticles rise .

正交实验法优化空心多孔SiO2纳米球对阿维菌素的吸附条件

Optimization of Adsorption Conditions of Porous Hollow Silica Nanoparticles for Avermectin by Orthogonal Tests

与尾静脉注射非磁丝裂霉素C纳米球胶体溶液剂的结果比较，外加磁场与磁纳米球的相互作用可大大地提高磁纳米球对肝脏的靶向率。

Compared with the results of tail vein administration mitomycin nanoparticles , interaction between the external magnetic field and magnetic nanoparticles is significantly effective to increase targeting rates of MMC to liver .

结论丝裂霉素C制成磁性纳米球，在外加磁场的作用下具有很好的肝靶向性及一定的缓释和减毒效果。

Conclusions Mitomycin magnetic nanoparticles under the guidance of an external magnetic field is significantly effective to increase targeting rates of MMC to liver and prolonging effect on the action in vivo .

白砒对宫颈癌裸鼠移植瘤的抑瘤作用及对Bcl-2表达的影响靶向抗癌药（砒霜）白蛋白纳米球的研究

The Inhibitive Effect of White Arsenic on Cervical Cancer Transplanted in Nude Mice and Its Influence on the Expression of Bcl-2 Protein

详细阐述了CoO空心纳米球的形成机理。

Formation mechanism of hollow CoO nanospheres was introduced in detail .

Au/Au2S复合纳米球壳微粒的发光特性

Luminescence Properties of Au / Au_2S Nanoshell

通过时间影响实验的结果，提出了VO2（B）中空类纳米球的晶体成长过程。

Based on the results of time dependent experiments , the growth process of VO2 ( B ) hollow like-nanosphere were proposed .

此外，采用循环伏安法对在不同反应时间下合成出的VO2（B）中空类纳米球的电化学性质进行了评价。

In addition , the electrochemical properties of VO2 ( B ) like-nanosphere at various reaction times were compared by using cyclic voltammogram .

方法：将壳聚糖和NaPi-ⅢsiRNA通过复凝聚方法制备NaPi-ⅢsiRNA-壳聚糖纳米球；

Methods : NaPi - ⅲ siRNA was loaded into chitosan microspheres by using the complex coacervation method .

激光烧蚀金属钛靶制备出了金红石和锐钛矿混合的TiO2纳米球。

Mixed-phase ( rutile and anatase ) titania nanospheres ( MTNs ) were prepared by long-pulse-width laser ablation of a bulk titanium target in water .

设计了一种通过溶剂热法合成CoO实心纳米球的新方法。

A new solvothermal method has been designed to synthesize solid CoO nanospheres by esterification reaction .

而比较ZnO纳米球和Ce掺杂ZnO纳米球的紫外-可见吸收光谱则未发现掺杂样品的激子吸收峰有明显红移。

In comparison Ce-doped ZnO nanoparticles and ZnO nanoparticles by UV - visible absorption spectra , we do not find that exciton absorption peak has significantly red-shifted in adulterated samples .

当N2流量增加到800mL/min时，还生成了大量的直径约为20~30nm的碳纳米球。

When N_2 flow rate increased to 800 mL / min , many carbon balls of 20 ~ 30 nm in diameter were obtained .

在CeO2纳米球的合成过程中，球的尺寸与反应物中尿素的浓度相关，尿素浓度高球的尺寸小。

For CeO2 nanospheres , the size of spheres is a function of the concentration of urea with a negative relationship .

花椒毒素纳米球对PUVA疗法光反应毒性影响的研究

Influence on PUVA Photoreaction Toxicity for Xanthotoxin-loaded Nanospheres