In this study, an atmospheric pressure plasma was generated using a dielectric barrier discharge (DBD) with a perforated dielectric covered electrode and its effect on the cleaning of organic materials on oxides such as indium tin oxide (ITO) and magnesium oxide (MgO) was investigated.
The health hazards can be reduced by replacing some toxic compounds with less toxic ones and by hygienic (ventilation, skincare, no cleaning of application materials under the tap) measures.
The application of laser energy is a fairly new frontier in the cleaning of ceramic material and promises very exciting future possibilities.
The aim of this work is to identify how to relate the cleaning of one material to that of another, since at present the design of cleaning processes is largely empirical.
The cleaning of the material was fundamental to guarantee the optimum result in analysis.
After extensive cleaning of organic material from cell walls, followed by dissolution of the silica, two classes of proteins, the silaffins and silacidins, and long chain polyamines (LCPAs), were isolated.
The satisfactory results and advantages of the using ultrafast ps scanning laser for cleaning of cultural heritage materials support the ingoing efforts for developing new portable industrial picosecond systems for conservation needs.
A non-equilibrium atmospheric plasma source utilizing a fused hollow cathode (FHC) with its modular concept can be used for surface treatment, activation or cleaning of temperature sensitive materials at ambient atmosphere.
Data on dwelling condition and the availability of cleaning materials were obtained through an inspection of the dwelling by an environmental health officer or housing officer.
The cleaning of stained stone material is mainly performed by chemical cleaning methods using ligands that coordinates to the metal ion causing the stains, and thereby dissolving the stains [2, 3].
