机译:在甲烷和乙烷存在下微波等离子体炬对热解燃料油的影响以增加产氢量
Laser and Plasma Research Institute and the Department of Physics, Shahid Beheshti University, G.C., Evin,19839-63113 Tehran, Islamic Republic of Iran;
Laser and Plasma Research Institute and the Department of Physics, Shahid Beheshti University, G.C., Evin,19839-63113 Tehran, Islamic Republic of Iran;
Laser and Plasma Research Institute and the Department of Physics, Shahid Beheshti University, G.C., Evin,19839-63113 Tehran, Islamic Republic of Iran;
Laser and Plasma Research Institute and the Department of Physics, Shahid Beheshti University, G.C., Evin,19839-63113 Tehran, Islamic Republic of Iran;
Microwave plasma torch; Pyrolysis fuel oil; Conversion; Hydrogen production;
机译:甲烷和乙烷存在下介质阻挡放电等离子体炬处理热解燃料油
机译:甲烷和乙烷存在下介电阻挡放电反应器热解燃料油的转化
机译:微波等离子炬对热解燃料油裂解的影响
机译:Sabatier反应器系统与微波等离子体甲烷热解后处理器的集成,用于闭环氢气回收
机译:通过微波诱导的热解和加氢过程,从生物质和塑料中获得航空燃料的可再生碳氢化合物。
机译:通过直接微波热解无需额外的催化剂从玉米秸秆垃圾选择性生产酚类废物
机译:Sabatier反应器系统与微波等离子体甲烷热解后处理器的集成,用于闭环氢气回收
机译:sabatier反应器系统与微波等离子体甲烷热解后处理器集成,用于闭环氢气回收