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| 1 | Fast Growth of Polycrystalline Film in SiCl4/H2 Plasma显示文摘We report the discovery, of fast growth of polycrystalline silicon films under low temperature of 200-300℃ from SiCl4/H2 mixture gases by plasma enhanced chemical vapour deposition technique. The deposition rate strongly depends not only on the rf power and the flow ratio of H2/SiCl4, but also on the substrate temperature, while the crystalline fraction is mainly affected by both the rf power and the flow ratio of H2/SiCl4. The high film-growth rate is due to the enhancement of the gas-phase reaction in SICI4/'H2 plasma. By gleans of adjusting the matchingrelation between the flow ratio of H2/SiCl4 and rf power, and optimizing the substrate temperasure, we obtain the potycrystalline silicon films deposited at a higher deposition rate over 3.5A/s, with a crystalline fraction of 75% and an average crystallite size of 400-500nm in diameter. | HUANGRui LINXuan-Ying YUYun-Peng LINKui-Xun WEIJun-Hong YUChu-Ying WANGZhao-Kui | 2004 | Chinese Physics Letters2004，21，6： | 3 |
| 2 | Establishment of a new dynamic RRC model in smoke toxicity evaluation and engineering application显示文摘It is by now a well established fact that the overwhelming hazard from fire is smoke as far as the death of people in the fire is concerned.There are many methodologies for addressing the smoke toxicity component of fire hazard such as CO stochastic model,FED(fractional effective dose)model,FEC(fractional effective concentration)model,N-gas model and so on.None of these models can reflect spatio-temporal variation of the smoke concentration.A new dynamic smoke toxicity evaluation model,RRC(respiration,route and concentration)model,is proposed in this paper concerning the three decisive factors in real fire such as the respiration,movement route of people and the distribution of smoke concentration in the building.Furthermore,an example of the model is presented. | YANGLizhong FANGTingyong ZHOUXiaodong FENGWenxing HUANGRui ZHAIGuanglong FANWeicheng | 2005 | Progress in Natural Science:Materials International2005，15，3： | 2 |
| 3 | 显示文摘 | XIONGCai-qiao(熊彩侨) XIAZhi-ning(夏之宁) HUANGRui(黄锐) CHENHua(陈华) XUPan(徐盼) | 2008 | 中国化学B辑2008，38，： | 1 |
| 4 | Preparation and characterization of carbon supported CoNi alloy nanoparticles electrode and their electrocatalytic properties [J]显示文摘 | WangJieying(王洁莹) ChenShengpei(陈声培) WangPeng(王鹏) HuangRui(黄蕊) LiMingxuan(李明轩) SunShigang(孙世刚) | 2010 | 化工学报2010，61，1： | 1 |
| 5 | Stronggreen-yellowelectroluminescencefromoxidizedamorphoussiliconnitridelight-emittingdevices显示文摘 | HuangRui ChenKunji HanPeigao etal | 2007 | ApplPhysLett2007，90，09： | 1 |
| 6 | Polymerelectricalconductivecompositesandtheirapplicationdevelopments显示文摘 | ZhangXiongwei HuangRui | 1994 | JournalofFunctionalMaterials1994，25，6： | 1 |
| 7 | DETERMINATION OF INTERNAL STRAIN IN 3-D BRAIDED COMPOSITES USING OPTIC FIBER STRAIN SENSORS显示文摘A reliable understanding of the properties of 3-D braided composites is of primary importance for proper utilization of these materials. A new method is introduced to study the mechanical performance of braided composite materials using embedded optic fiber sensors. Experimental research is performed to devise a method of incorporating optic fibers into a 3-D braided composite structure. The efficacy of this new testing method is evaluated on two counts. First,the optical performance of optic fibers is studied before and after incorporated into 3-D braided composites, as well as after completion of the manufacturing process for 3-D braided composites,to validate the ability of the optic fiber to survive the manufacturing process. On the other hand,the influence of incorporated optic fiber on the original braided composite is also researched by tension and compression experiments. Second, two kinds of optic fiber sensors are co-embedded into 3-D braided composites to evaluate their respective ability to measure the internal strain.Experimental results show that multiple optic fiber sensors can be co-braided into 3-D braided composites to determine their internal strain which is difficult to be fulfilled by other current existing methods. | YuanShenfang HuangRui LiXianghua LiuXiaohui | 2004 | Acta Mechanica Solida Sinica2004，17，1： | 0 |
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