... 积碳 carbon deposition 基尔霍夫方程 Kirchhoff's equation 基尔霍夫公式 Kirchhoff formula ...
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carbon deposition by catalysis 催化结焦
harmless carbon deposition 无害的碳沉积
harmful carbon deposition 有害的炭沉积
hadmful carbon deposition 有害的碳沉积
But carbon deposition is very serious on anode, which need to be further solved.
但是,阳极积碳严重,需要进一步解决。
参考来源 - 乙醇为燃料的固体氧化物燃料电池性能研究CH4 promotes the decomposition reaction which is the main cause of catalyst deactivation. The investigation results of carbon deposition show that carbon is mainly from CO disproportionation and decomposition of CH4.
积碳的研究表明甲烷化反应中的积碳主要来自CO的歧化和CH4的分解,积碳主要有碳化物和石墨碳两种类型,石墨碳活性较差是造成催化剂失活的主要原因。
参考来源 - 基于JIt is clarified that the catalyst deactivation is due to carbon deposition on catalyst surface.
催化剂失活主要是由于表面积炭所致,而不是因催化剂活性位发生改变所引起的。
参考来源 - 硼对含碱金属离子的FeOIt not only has the technical characteristic of the endothermic fuel, but also can inhibit the carbon deposition of the thermal oxidation and thermal cracking in the sharp temperature rise process in the transmission system.
此类燃料不仅具有吸热燃料的技术特点,而且在输送系统急剧升温过程中还能有效抑制热氧化与热裂解反应引起的碳沉积问题。
参考来源 - 高热安定性碳氢燃料的结构设计Metal sintering and carbon deposition are the main reason for the deactivation of catalysts after 24h reaction.
催化剂的失活是由活性组分烧结和催化剂积炭共同作用造成的。
参考来源 - 铈锆对甲烷部分氧化制合成气钯催化剂催化性能的影响·2,447,543篇论文数据，部分数据来源于NoteExpress
Carbon deposition on nickel catalysts is a fatal problem for carbon dioxide reforming with methane.
镍基催化剂上积碳是甲烷干气重整反应急需解决的关键问题。
The highly effective clean performance, prevents the carbon deposition and the greasy dirt production.
高效的清洁性能，防止积碳和油泥的产生。
The highly effective clean performance , prevents the carbon deposition and the greasy dirt production.
高效的清洁性能，防止积碳和油泥的产生。
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