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Keywords combustion synthesis;alumina;cermet; 燃烧合成;氧化铝;金属陶瓷;
Keywords combustion synthesis;equipment antisepsis;application; 燃烧合成;设备防腐;应用;
Keywords Combustion synthesis;BF tuyere;Ceramic coating; 燃烧合成;高炉风口;陶瓷涂层;
Keywords combustion synthesis;strontium aluminates;phosphors; 燃烧合成;铝酸锶;磷光体;
Keywords combustion synthesis nonstoichiometric titanium carbide cermet; 燃烧合成;非化学计量碳化钛;金属陶瓷;
Keywords combustion synthesis;bioceramic coating;bioactivity;biocompatibility; 燃烧合成;生物陶瓷涂层;生物活性;生物相容性;
Keywords combustion synthesis, SHS-gravitational process, thermite, ceramic lined steel pipe; 燃烧合成;重力分离SHS法;铝热剂;陶瓷内衬复合管;
Keywords combustion synthesis;alkaline earth silicate;long-afterglow phosphor;luminescence;trap levels; 关键词燃烧法;碱土硅酸盐;长余辉;发光;陷阱能级;
Keywords combustion synthesis;field activation;densification;tungsten carbide;nickel; 燃烧合成;场激活;致密化;碳化钨;镍;
Keywords combustion synthesis;rare earth;nanometer particle;long lasting phosphorescence; 燃烧法合成;稀土;纳米粒子;长余辉发光;
Keywords combustion synthesis;precursor;carbothermal reduction;aluminum nitride; 燃烧反应;前驱物;碳热还原;氮化铝;
Keywords combustion synthesis;long afterglow;calcium alrminate;influencing factors; 燃烧法;长余辉;铝酸钙;影响因素;
Keywords combustion synthesis;lanthanum aluminate;oxalyl dihydrazide;soft chemistry synthesis; 燃烧合成;铝酸镧;草酸二酰肼;
Keywords combustion synthesis;X-ray phosphors;X-ray excited;characteristic emission; 燃烧法;X-射线荧光粉;X-射线激发;特征发射;
Combustion synthesis is a new process with many advantages and has immense application prospects for manufacturing materials. 燃烧合成是一种具有很多优点和广泛应用前景的材料制取新方法。
LI Wen-xia, YIN Sheng.Low temperature combustion synthesis of ultrafine ceramic powder[J].J Chin Ceram Soc, 1999, 27(1):71-78. [19]李汶霞;殷声.;低温燃烧合成陶瓷微粉[J]
Mg-based hydrogen storage electrode alloy was prepared by hydriding combustion synthesis(HCS) method combined with mechanical ball-milling(MM) method. 利用氢化燃烧合成法与机械球磨法复合制备镁基储氢电极合金,研究了加镍球磨对合金的影响。
Hydriding combustion synthesis(HCS) has been widely recognized as an innovative processing to produce magnesium based hydrogen storage alloys in recent years. 氢化燃烧合成法(HCS法)是镁基储氢合金制备的新方法,具有省能、省时、产物高活性等显著优点,近年来引起了国内外广泛关注。
It is found that the bioceramic coating made by combustion synthesis, which has high bioactivity and bio-compatibility, is valuable for development of biomaterials. 结果表明:燃烧合成制备生物陶瓷涂层有利于提高材料的生物活性和生物相容性,具有较广阔的应用前景。
The ceramics-lined pipes have been produced by gravitational separation SHS method, and the factors that affect the combustion synthesis was investigated . 采用SHS铝热-重力分离法制备陶瓷内衬复合钢管,研究了影响制备陶瓷内衬复合钢管的因素。