Abstract: A novel approach in the field of non-equilibrium plasma generation is the development of Micro Structured Electrode (MSE) arrays that can be operated at or near atmospheric pressure. The MSE-sustained discharges present a high density of electrons (1015cm-3) and metastable atoms (1013cm-3). The gas temperature immediately above the microstructure exceeds only slightly the room temperature. This study reports on the application of a microplasma array in the surface modification of plastic substrates. Detailed features of surface modification of plastics by means of MSE-sustained discharges are reported for the first time, utilizing both water contact angle and high resolution XPS analysis. 1. MSE MICROPLASMA ARRAY DESIGN Microstruc...
Novel microplasma jet devices can be fabricated in plastic substrates using inexpensive tools and ma...
Close-packed arrays of novel microplasma jets at atmospheric pressure have been realized in a moldab...
Atmospheric pressure plasmas are powerful tools for the activation of various material surfaces and ...
Micro-structured electrode (MSE) arrays allow to generate large-area uniform glow discharges over a ...
Micro-structured electrode (MSE) arrays allow to generate large-area uniform glow discharges over a ...
High-pressure discharges are generated using Micro-Structured Electrode (MSE) arrays with electrode ...
A source of large area, high-pressure glow discharges based on three-dimensional Micro-Structure-Ele...
This thesis is devoted to the study of Micro Structured Electrode (MSE) sustained discharges. Innova...
The properties of materials, especially of solids, can be attributed mainly to the phenomena occurri...
Non-thermal plasma processing techniques have been established for a wide range of applications. Mic...
A stable and homogeneous well-aligned air microplasma device for application at atmospheric pressure...
Micro-structured electrode (MSE) arrays consist of an interlocked, comb like, capacitive electrode s...
Large-area direct current (DC) discharges were generated using planar microelectrode arrays (MEAs) w...
We present an improved microplasma source based on the principle of dielectric barrier discharge, wh...
In this study, we reported a plasma method to generate the cold pulsed glow discharge for large-area...
Novel microplasma jet devices can be fabricated in plastic substrates using inexpensive tools and ma...
Close-packed arrays of novel microplasma jets at atmospheric pressure have been realized in a moldab...
Atmospheric pressure plasmas are powerful tools for the activation of various material surfaces and ...
Micro-structured electrode (MSE) arrays allow to generate large-area uniform glow discharges over a ...
Micro-structured electrode (MSE) arrays allow to generate large-area uniform glow discharges over a ...
High-pressure discharges are generated using Micro-Structured Electrode (MSE) arrays with electrode ...
A source of large area, high-pressure glow discharges based on three-dimensional Micro-Structure-Ele...
This thesis is devoted to the study of Micro Structured Electrode (MSE) sustained discharges. Innova...
The properties of materials, especially of solids, can be attributed mainly to the phenomena occurri...
Non-thermal plasma processing techniques have been established for a wide range of applications. Mic...
A stable and homogeneous well-aligned air microplasma device for application at atmospheric pressure...
Micro-structured electrode (MSE) arrays consist of an interlocked, comb like, capacitive electrode s...
Large-area direct current (DC) discharges were generated using planar microelectrode arrays (MEAs) w...
We present an improved microplasma source based on the principle of dielectric barrier discharge, wh...
In this study, we reported a plasma method to generate the cold pulsed glow discharge for large-area...
Novel microplasma jet devices can be fabricated in plastic substrates using inexpensive tools and ma...
Close-packed arrays of novel microplasma jets at atmospheric pressure have been realized in a moldab...
Atmospheric pressure plasmas are powerful tools for the activation of various material surfaces and ...