We have investigated the nonthermal bioplasma sources and their interactions with microbial,fungi,yeast and living cells,especially to the blood immune cells.
One dimensional metal oxide nanotubes have been proposed for various applications such as bio sensors,chemical sensors,DSSCs (Dye Sensitizing Solar Cells),photo-catalysts,and etc.
This study investigated the effect of wire diameter and applied voltage on the fabrication of Fe-Cr-Al alloy nano powder by employing pulsed wire evaporation(PWE) in liquid,for high temperature oxidat
Atmospheric pressure plasma jets driven by pulsed dc or sinusoidal ac voltage with repetition rate of several tens of kilohertz were utilized for plasma-cell interactions.
We performed experiments involving direct irradiation to the tissues and cells using an atmospheric-pressure plasma source for various biomedical engineering applications.
In this paper we present a transparent and stretchable dielectric elastomer actuator(DEA).The device,called "active skin" is under development as a new means of human interfaces.
In this study,we report the plasma device to form large-area and atmospheric-pressure plasmas in a sealed package for the low-temperature sterilization of fungi.
The plasma jet has been proposed as a novel therapeutics for anticancer treatment.Recently,we and others have reported that atmospheric-pressure plasma jet (G.J.Kim,W.Kim et al.2010) and nitrogen plas