根据近年来国内外大气压低温等离子体基本特性和实际应用的研究进展, 结合2018
年全国高电压与放电等离子体学术会议邀请报告和口头报告的内容, 从基本特性理论研究和面向 …

The direct upgrading of methane to higher hydrocarbons via plasma-catalysis has received
particular attention due to the high valorisation potential of the molecule and methane's wide …

Microwave discharge in ethanol solution to produce hydrogen can obtain optimistic flow rate
of hydrogen, because of the high mass transfer efficiency and water participation in the …

In this work, the reaction mechanism in non-thermal plasma enabled methane conversion
driven by different sources, ie microwave discharge, nanosecond pulsed dielectric barrier …

Among several emerging technologies that are focused on finding sustainable routes for
reforming heavy oils and/or alcohols into valuable fuels and complex chemicals, non …

Dry reforming (DR) of n-heptane and coupling of DR with partial oxidation reforming (POR)
were investigated through experiments and simulations in a gliding arc discharge (GAD) …

A detailed kinetic scheme for non-thermal methane plasma is developed that considers the
reactivity and relaxation of electronically and vibrationally excited species. An atmospheric …

Synthesis of nitrogen-containing organic compounds (NOCs), especially higher-order
NOCs, is very energy intensive, and traditional methods emit a high amount of CO2 …

Non-thermal plasmas show great potential in low-temperature activation of methane (CH 4)
owing to the abundant energetic active species. Motivated by the fact that the chemical …

Hydrogen produced by pulsed discharge in ethanol-water mixtures is optimized in this work.
A needle-balls configuration is designed, which is fit for situ hydrogen production in …