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Morphology control of ultrafine cuprous oxide powder and its growth mechanism CAO Yan(曹 艳), WANG Yue-jun(王岳俊), ZHOU Kang-gen(周康根), BI Zhen(毕 贞) School of Metallurgical Science... concentration, and the morphology of Cu2O particles can be controlled by the Cu+ supersaturation. Key words: cuprous oxide; morphology control; supersaturation; growth mechanism......
, Central South University, Changsha 410083, China) Abstract: By analyzing the crystal growth habit of gibbsite theoretically using Morphology program, the morphology character of crystal grain...), (101) and (112) slab models are likely to form slim stick shape. Key words: gibbsite; super cell; growth habit; crystal morphology  ......
J. Cent. South Univ. Technol. (2011) 18: 6-15 DOI: 10.1007/s11771-011-0651-4 Morphology and growth of porous anodic oxide films on Ti-10V-2Fe-3Al in neutral tartrate solution YI Jun-lan(易俊兰... mechanism of porous anodic oxide films in neutral tartrate solution was proposed. Key words: titanium alloy; porous anodic oxide films; morphology evolution; growth mechanism 1 Introduction Anodic......
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of OH- ions on Cu2O particles, which arise the variety of growth mode of Cu2O, and then influence the morphology of Cu2O particles. Key words: cuprous oxide; glucose reduction; morphology control.... According to this mechanism, the crystal nuclei will make a facet oriented growth via the constituent complexes diffusion to these primary particles, and the morphology of monocrystal is determined......
Effects of Ni catalyzer on growth velocity and morphology of SiC nano-fibers XU Xian-feng(徐先锋)1, 2, XIAO Peng(肖 鹏)1, XIONG Xiang(熊 翔)1, HUANG Bai-yun(黄伯云)1 1. State Key Laboratory... the specific surface area and the activity of the surface. Key words: SiC nano-fibers; carbon fiber; CCVD; growth velocity; morphology  ......
Study on Surface Morphology of GaN Growth by MOCVD on GaN/Si(111) Template Wang Junxi1,Zeng Yiping1,Liu Hongxin1,Li Jinmin1,Guo Lunchun1,Wang Xiaoliang1,Li Jianping1,Liu Zhe1,Hu Guoxin1 (1.Novel... difference between GaN and Si may be related to the formation of the pinhole defects. The surface morphology of the GaN can be improved by optimizing the GaN/Si template and decreasing the growth......
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; growth-unit; morphology; [全文内容正在添加中] ...Polar Growth Habit of KABO Crystal Zhang Xuehua1,Luo Haosu1,Zhong Weizhuo1 (1.Shanghai Institute of Ceramics, Chinese Academy of Sciences, Shanghai 201800, China) Abstract:The polar growth habit......