Global dependence on fossil fuels for electricity production, transportation, or as reagents for
the chemical industry is increasing today. Hydrogen has the potential to provide a clean and …

This paper reviews the progress in applying the plasma-driven solution electrolysis (PDSE),
which is also referred to as the contact glow-discharge electrolysis (CGDE) or plasma …

In this paper, in order to improve hydrogen production, the effect of dissolved oxygen (DO)
on methane (CH 4) reforming was studied by liquid phase microwave discharge firstly. DO …

It is well recognized at present that the unique, high energy density plasma environment
provides suitable conditions to dissociate/atomize molecules in remediation systems, to …

An experimental and theoretical study on microwave (2.45 GHz) plasma enabled assembly
of carbon nanostructures, such as multilayer graphene sheets and nanoparticles, was …

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 the context of converting electricity into value-added chemicals, the reduction of carbon
dioxide (CO 2) with hydrogen (H 2) in a surface-wave-induced microwave plasma …

Improved hydrogen production efficiency by microwave liquid-phase discharge plasma
reforming of methanol solution without catalyst is investigated in this study. The ethanol …

A theoretical and experimental study on atmospheric pressure microwave plasma-based
assembly of free standing graphene sheets is presented. The synthesis method is based on …

A fast, efficient and simple method is presented for the production of high quality graphene
on a large scale by using an atmospheric pressure plasma-based technique. This technique …