1.
Surface Modification of Fe_3O_4 Ultrafine Particles by Coating SiO_2
Fe_3O_4磁性超细微粒的SiO_2表面包覆改性
2.
Encapsulation of Aluminum Pigments and Their Applications in Coatings;
颜料铝粉的表面包覆改性及在涂料中的应用
3.
Study on Surface Modification of CaCO_3 with Core-shell Structure and Its Application in PP Composites;
具有核壳结构的CaCO_3表面包覆改性及其在PP复合材料中的应用
4.
Study on Surface Modification of Wollastonite from Hami and Its Application in Butadiene Rubber
哈密硅灰石表面包覆改性及在顺丁橡胶中的应用研究
5.
Surface Silane-treatment of Wollastonite Coated with Aluminium Silicate Composite
硅酸铝包覆硅灰石复合粉体表面硅烷改性研究
6.
The Study on the Process of Modified the Surface of Ultra-fine Powder with Organism
超细铜粉表面包覆有机物进行改性的工艺及性能研究
7.
Encapsulation of Organic Pigments with Nano Inorganic Oxides and It's Application in Coatings;
有机颜料的表面纳米包覆改性及其在涂料中的应用研究
8.
Surface Coating of Superfine Powders of Natural Anhydrite and Orthogonal Analysis on Its Effective Factors
天然硬石膏超微粉体表面多层包覆改性影响因素正交分析
9.
Surface Modification by Silver Coating for Improving Electrochemical Properties of LiFePO_4;
银包覆表面修饰提高LiFePO_4的电化学性能
10.
Preparation and electrochemical performance of In(OH)_3-coated ZnO
ZnO表面包覆In(OH)_3的制备及电化学性能
11.
Rutile titanium dioxide coated by cerium oxide
表面包覆CeO_2制备高耐候性钛白的研究
12.
THE APPLICATION OF ELECTRON BEAM MODIFICATION TECHNIQUE IN THE COATING CLADDING
电子束熔覆粉末涂层表面改性的研究
13.
Preparation of Copper and Magnetic Metallic Nanoparticles and Surface Coating;
纳米铜及磁性金属粒子的制备及表面包覆
14.
Studies on Surface Coating of Nano-Titania and Its Properties;
纳米二氧化钛粉体的表面包覆及性能研究
15.
Effect of Nd_2O_3 Coating on Electrochemical Performance and Structure of LiCoO_2
Nd_2O_3表面包覆对LiCoO_2电化学性能与结构的影响
16.
Effects of metal copper coated hydrogen absorbing alloy on self-discharge performance of Ni-MH batteries
储氢合金表面包覆铜对MH-Ni电池性能的影响
17.
Study on Electrochemical Performance of Phosphorus-coating LiCoO_2
磷表面包覆正极材料LiCoO_2及其电化学性能研究
18.
The sintering behaviors of modified powders were different from those of normal powders, because the surface energy was decreased and the powder surface was protected by the agents.
改质粉末的烧结性质因为表面能的降低以及保护剂包覆粉末而异于原始粉末。