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1)  ethanol catalytic combustion technique
乙醇催化燃烧法
1.
The ethanol catalytic combustion technique was used to synthesize carbon nanotubes and carbon nanofibers.
乙醇催化燃烧法可以方便的制备出碳纳米管和碳纳米纤维。
2.
We have fabricated straight carbon nanofibers containing coiled carbon nanofibers by ethanol catalytic combustion technique.
研究了采用乙醇催化燃烧法制备的碳纳米纤维的形貌和结构,并且讨论了平直碳纳米纤维与螺旋碳纳米纤维分别对应的生长机制。
2)  ethanol catalytic combustion
乙醇催化燃烧
1.
The influence of location of substrates in flames,synthesis duration and stability of flames on products synthesized by ethanol catalytic combustion was discussed.
讨论了基底在火焰中的位置、合成时间及火焰的稳定性等因素对乙醇催化燃烧法制备的产物的影响。
3)  catalytic combustion of ethanol
乙醇催化燃烧工艺
4)  catalytic combustion
催化燃烧法
1.
The effects of those on carbon nanofibers synthesized by catalytic combustion process were studied.
研究了碳源与催化剂先体对催化燃烧法制备的碳纳米线的影响。
2.
The catalytic combustion of methylbenzene is compared with non catalytic combustion,it is found that the catalytic combustion has the advantage of lower reaction temperature and less consumption of heat.
用爆炸法制备稀土钙钛矿型系列催化剂 ,以甲苯的燃烧为模型反应 ,对比非催化和催化燃烧法 ,发现催化燃烧法具有反应温度低、热量消耗少的优点 ,通过 XRD,TPR和活性评价等测试 ,得出该类催化剂在催化燃烧反应中起关键作用的因素是它具有低结合能的吸附
3.
The effects of those on carbon nanofibers synthesized by catalytic combustion process were studied.
研究了碳源与催化剂先体对催化燃烧法制备的碳纳米线的影响。
5)  catalytic combustion technique
催化燃烧法
1.
In this paper,the synthesis of ball-like carbon materials by catalytic combustion technique was reported,in which acetone and ethanol were employed as carbon sources,nickel nitrate,and iron nitrate as catalytic precursor,and copper plate and platinum filament as the substrate,respectively.
采用催化燃烧法制备碳纳米纤维球形团聚物, 采用乙醇、丙酮分别作为碳源,采用硝酸镍、硝酸铁分别作为催化剂先体,采用铜片和铂丝分别作为基底。
6)  catalytic combustion
催化燃烧
1.
Studies on dimethyl ether catalytic combustion;
二甲醚催化燃烧研究的进展
2.
Intrinsic kinetics for catalytic combustion of off-gas from acrylonitrile plant;
丙烯腈装置尾气催化燃烧本征动力学
3.
Intrinsic kinetics of lean methane catalytic combustion on coated noble HPA(KMK) catalyst;
有机废气净化催化剂上甲烷催化燃烧动力学研究
补充资料:催化燃烧净化
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性质:用催化剂使废气中的可燃物质在较低温度下氧化分解的净化方法。先将废气预先混合均匀,然后通过催化剂层再使废气中的可燃组分发生氧化放热反应。由于要求预热温度较低(大部分碳氢化合物及一氧化碳在300~450℃的温度下通过催化层可完全氧化),所需辅助燃料少,设备也小而轻。只适用于含有可燃气体蒸气的废气净化,不适用于含有大量尘粒雾滴的废气净化,也不适于甲烷。

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