In February last year, Imperial College Healthcare proudly announced its own e-inpatient discharge system.
Generally, the plasma is generated using glow discharge, radio frequency discharge, or microwave discharge at low-vacuum pressure.
Non-thermal plasma of microwave discharge coupled with gliding discharge was applied to convert nitrous oxide.
In this paper, a method for producing hydrogen by microwave discharge in ethanol solution was introduced.
Although microwave discharge could not be maintained at high N2 pressure (>50 torr) without using microwave absorbents, the maintenance of the discharge for pressure values of 50 760 torr has been provided by using graphite, Zr, or W as microwave absorbents.
A microwave discharge reactor of direct standing wave coupling (MDRSWC) was designed, which was suitable for on-board hydrogen production.
The pocket holder design creates an appropriate thermal environment to shield the diamond substrate from the intense microwave discharge.
Tailored thin plasma polymers of controlled morphology and chemical composition were deposited from a microwave discharge.
Some research concerned degradation and decolorization of methyl blue using different plasma sources such as dielectric barrier discharge [34, 35], radio frequency plasma [36], microwave discharge plasma [37], and corona discharge [38].
Therefore, a double-tube type microwave discharge electrodeless lamp (170 mm length, 44 mm inner diameter, 60 mm outer diameter, hereafter MDEL) that emits UV upon the irradiation of microwave was developed in this study.
