UFP

A new approach to particle size determination of alloy UFP

合金超微粒子粒径计算新方法

STM studies on fine structure of ZnO UFP thin film surface

ZnO超微粒子薄膜表面精细结构STM研究

Obviously , a great many opportunities and challenges are presented by UFP to both engineering and science.

超微颗粒不但给工程技术,而且给科学本身带来了众多的机遇和挑战.

The effects of three beam ( electron, ion, laser beam), plasma and heating treatment on topography and structure of ZnO UFP were also Studied.

研究了三束（离子束、电子束、激光束）表面改性及等离子体、退火处理对ZnOUFP的形貌和结构的影响。

A novel ultra-fine full-vulcanized styrene butadiene rubber powder ( UFPSBR)/ ethylene propylene diene monomer ( EPDM) blends were prepared. The morphology, dynamic property, curing property and mechanical properties of the blends were discussed in details.

制备了超细全硫化粉末丁苯橡胶（UFPSBR）/三元乙丙橡胶（EPDM）共混物，研究了其硫化特性、相态结构、动态力学性能及物理机械性能。

Modelling Study of AlN UFP Synthesis Process by Chemical Vapor Reaction

化学气相合成AIN超细粒子过程模型研究

Study on Nonlinear Optical Properties of Ferric Oxide UFP Sol

Fe2O3超微粒溶胶的光学非线性研究