We present a novel microplasma flow reactor using a dielectric barrier discharge (DBD)
driven by repetitive nanosecond high-voltage pulses. Our DBD-based geometry can …

Microhollow cathode discharges have been produced on silicon platforms using processes
usually used for MEMS fabrication. Microreactors consist of 100 or 150 μm-diameter cavities …

The neutral gas temperature (T g) of a single micro-hollow cathode discharge (MHCD)
elaborated on silicon wafer is investigated. The MHCD is continuously powered in DC …

Globalization entails increasing mobility and a growing demand for natural resources. This
requires more economic aircrafts as means of transportation. In order to drive forward the …

A microcavity array device decorated by silicon nanowires (SiNWs) is fabricated and the
discharge property improvement is investigated. The array device can be operated stably …

In this thesis, charge transport at the plasma-wall interface is investigated theoretically, on a
semiclassical, microscopic level. Based on the Boltzmann and Poisson equations a set of …

Cette thèse a pour objectifs de développer des microréacteurs plasma élaborés sur support
en silicium et d'étudier les phénomènes physiques apparaissant lors de leur fonctionnement …

Micro hollow gas discharges (MHCD) have been on high interest to produce highly ionized
gas while keeping the gas temperature close to room temperature [1]. The first concept of …

Les premières microdécharges à cathode creuse ont été introduites dans le milieu des
années 1990 par le groupe de Schoenbach [1]. En réduisant la distance interélectrode, il est …

Microplasma, or plasma in micron scale interelectrode separation, is an effective way to
attain nonthermal plasma operation at atmospheric and higher pressure. However, the small …