Results 311 to 320 of about 2,612,675 (336)
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Contributions to Plasma Physics, 2015
AbstractPlasma treatments are known for their antimicrobial effectiveness for more than 100 years. The invention of ozone tube by Werner von Siemens in 1857 leads to technical applications in the fields of communal tap water purification in small villages in Germany and in 1916 in St. Petersburg.
J. Ehlbeck +7 more
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AbstractPlasma treatments are known for their antimicrobial effectiveness for more than 100 years. The invention of ozone tube by Werner von Siemens in 1857 leads to technical applications in the fields of communal tap water purification in small villages in Germany and in 1916 in St. Petersburg.
J. Ehlbeck +7 more
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Journal of Coated Fabrics, 1995
A review of plasma treatments of textiles is presented. The utility of plasma technology in processing textiles and the corresponding changes brought about in textile properties are discussed. The initiative, funded by the National Tex tile Center, and its progress to date is presented.
Charles Tomasino +3 more
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A review of plasma treatments of textiles is presented. The utility of plasma technology in processing textiles and the corresponding changes brought about in textile properties are discussed. The initiative, funded by the National Tex tile Center, and its progress to date is presented.
Charles Tomasino +3 more
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Titanium dioxide plasma treatment
Plasma Chemistry and Plasma Processing, 1984After a review of the literature on titanium production under plasma conditions, the main parameters controlling the reactions (residence time, type and relative quantity of reducer, reaction temperature, etc.) are emphasized. The controlled-atmosphere chamber where the rutile or anatase particles are heated and partly reduced in a crucible by a d.c ...
Didier Degout +2 more
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Plasma Sources Science and Technology, 2015
Plasma medicine is a relatively new field that grew from research in application of low-temperature (or cold) atmospheric plasmas in bioengineering. One of the most promising applications of cold atmospheric plasma (CAP) is cancer therapy. Convincing evidence of CAP selectivity towards the cancer cells has been accumulated.
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Plasma medicine is a relatively new field that grew from research in application of low-temperature (or cold) atmospheric plasmas in bioengineering. One of the most promising applications of cold atmospheric plasma (CAP) is cancer therapy. Convincing evidence of CAP selectivity towards the cancer cells has been accumulated.
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Journal of Applied Polymer Science, 1990
Wood was treated with hydrophobic plasma polymers to reduce the water penetration. Due to the released water vapour and/or molecular weight components from wood under low pressures the efficiency o ...
D. L. Cho, Eva Sjöblom
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Wood was treated with hydrophobic plasma polymers to reduce the water penetration. Due to the released water vapour and/or molecular weight components from wood under low pressures the efficiency o ...
D. L. Cho, Eva Sjöblom
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Thermophysics and Aeromechanics, 2016
Plasma technology was developed to create protective-decorative coatings on the wood surfaces. Experimental investigation on applying the protective coating using the low-temperature plasma energy as well as studies of the distribution of temperature fields over the section of the treated workpiece have been carried out, and the calculated results have
G. G. Volokitin +6 more
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Plasma technology was developed to create protective-decorative coatings on the wood surfaces. Experimental investigation on applying the protective coating using the low-temperature plasma energy as well as studies of the distribution of temperature fields over the section of the treated workpiece have been carried out, and the calculated results have
G. G. Volokitin +6 more
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Plastek - atmospheric plasma treatment
2007The main objective has been the development of an inline plasma treatment process suitable for industrial process. The equipment and method for atmospheric plasma treatment of roll-to-roll substrates has been developed. Improvements in the laminate adhesion and treatment durability in comparison with corona have been achieved especially in higher line ...
Kuusipalo, J. +18 more
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Surface treatment by plasma: plasma spraying
1983The publication is stored in the NRC Archives.
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A method of improved anti-corrosion properties of thin films is provided that includes using an argon-hydrogen (Ar-H2) plasma to pre-treat a substrate, and using an atomic layer deposition (ALD) device to deposit a thin film on the substrate, where the ALD includes a thermal ALD or a plasma-enhanced ALD, and where the ALD includes a metal precursor and
Potts, S.E., Kessels, W.M.M.
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Potts, S.E., Kessels, W.M.M.
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