1) Cubic nanoparticles
立方晶纳米粒
1.
METHODS Cubic nanoparticles were prepared through fragmentation of bulk GMO/poloxamer 407 cubic phase gel by sonication and homogenization.
目的制备环孢素A立方晶纳米粒、考察其理化性质,并测定其包封率。
2) lipid-based cubic liquid crystalline nanoparticle
脂质立方液晶纳米粒
1.
Advances in the study of lipid-based cubic liquid crystalline nanoparticles as drug delivery system;
脂质立方液晶纳米粒作为药物载体的研究进展
3) cubic nanocrystal
立方状纳米晶
4) cubosomes
纳米立方液晶
1.
Ocular pharmacokinetics of dexamethasone cubosomes in rabbit aqueous humor
地塞米松纳米立方液晶眼用制剂家兔房水药代动力学
5) cubic nanoparticle
立方形纳米颗粒
6) nanocrystal
纳米晶粒
1.
Transition from Carbon Nanotubes to Diamond Nanocrystals;
碳纳米管向金刚石纳米晶粒的转变
2.
The progresses in research on TiO_2 nanocrystal porous microsphere are introduced,such as its main preparation methods,characterization methods and basic physical parameters,and photocatalytic capability.
介绍了纳米晶粒TiO2多孔微球的主要制备方法、主要参量及表征、光催化性能研究进展,指出了纳米晶粒TiO2多孔微球制备过程的技术关键与基本参量的功能。
3.
The nanocrystalline titanium dioxide powder catalyst has many advantages in the waste water treatment.
结果表明 ,所得TiO2 多孔微球主要由锐钛型TiO2 纳米晶粒组成 ,晶粒尺寸为 2 0~ 30nm ;TiO2 多孔微球的直径为 2 0 0~ 5 0 0 μm ,比表面积为 87 4 0m2 /g ,平均孔径为 8 6 5nm ,孔径的分布具有单分散特征 。
补充资料:立方
①指数是3的乘方,如a3(a×a×a),43(4×4×4)。②立方体的简称。③指立方米。
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