ultrafine particle

Investigation on the Preparation of Ultrafine Particle Iron-carbonide Catalyst for F-T Synthesis

离散型贝尔曼不等式F-T合成超微粒子碳化铁催化剂制备的研究

Thermoelectric Properties of ZnO Ultrafine particle Films

氧化锌超微粒薄膜热电性质研究

Forming Factors of ZnO Ultrafine Particle and Influence of Three Beam Surface Modification on Its Topography and Structure

ZnO超微粒子膜的形成因素及三束表面改性对其形貌、结构的影响

Study of Hydrogenation Performance of Ultrafine Particle Supported Nickle Catalyst ( I)& Influence of Preparation method

镍基超细粒子负载型催化剂的加氢反应性能研究（I）&催化剂制备方法的影响

Deposition of SnO_x Ultrafine Particle Films ( UPF) by DC Gas Discharge Activated Reactive Evaporation

直流气体放电活化反应蒸发沉积SnO x超微粒子薄膜

The kinetics of dehydrogenation of 2-butanol to butanone on Ni Ultrafine particle catalyst has been studied.

本文研究了镍超细粒子催化2-丁醇液相脱氢反应的动力学.

Investigation of α-al_2o_3 ultrafine particle size

α-三氧化二铝超微粒粒度的研究

The ultrafine particle, a transitional field between the macrocosm and microcosm, has a diameter less than 0.1 micrometer. The properties of ultrafine particles are different from that of atoms and molecules or from that of usually bulk matter which is around us in sight.

粒径小于0.1μm的超微粒子是介于宏观与微观之间的过渡区域，其性质既不同于原子和分子，又有异于我们宏观世界中的通常物质。

Thermal state of ultrafine Fe_3O_4 particle in the oxidization process was analysed via chemical engineering principle. The result showed that there exists ignition phenomenon and was verified by experiments.

应用化学反应工程的原理，分析了Fe3O4氧化过程颗粒的热状态，表明存在着火现象，并经实验证实。

In this paper. the dehydrogenation activities of Secondary Alcohol over Ni-ultrafine particle catalyst has been studied.

本文研究了镍超细粒子催化剂对二级醇液相脱氢反应的催化性能.

Ultrafine Particle Thin Film for ps Laser Pulse Detection

超微粒子薄膜与皮秒激光脉冲检测

Study on the ultrafine particle catalyst for methanol synthesis by HREM

超细粒子铜基甲醇触媒的HREM研究