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3篇 您的检索式:作者名="A.Pfuch"
    题名 作者 年代 出处 被引量
1常压等离子体表面功能性涂层显示文摘虽然固体表面总量很小,但却几乎影响整个固体100%的特性。以碳氮化钛涂层钻头为例,若无表面处理,则将无法实现现有的使用寿命。在改性玻璃板作用下,通过入射光的反射或透射可显著影响室内气候。随着对表面改性认知的稳定增长,其在价值创造链中占据了关键的战略地位。介绍了通过常压等离子体涂层进行表面处理的APCVD和CCVD方法。通过此法,有望进一步创造新型纳米尺度的复合涂层体系,扩大可处理纺织品的种类,开发可利用的全新领域,同时也呈现了新领域部署而产生的挑战性。M.Ramm A.Pfuch O.Beier S.Spange A.Schimanski 陈霏羽 2015国际纺织导报2015,43,4:0
2Enhancement of photocatalytic activity by femtosecond-laser induced periodic surface structures of Si显示文摘Laser induced periodic surface structures(LIPSS)represent a kind of top down approach to produce highly reproducible nano/microstructures without going for any sophisticated process of lithography.This method is much simpler and cost effective.In this work,LIPSS on Si surfaces were generated using femtosecond laser pulses of 800 nm wavelength.Photocatalytic substrates were prepared by depositing TiO2 thin films on top of the structured and unstructured Si wafer.The coatings were produced by sputtering from a Ti target in two different types of oxygen atmospheres.In first case,the oxygen pressure within the sputtering chamber was chosen to be high(3×10^–2 mbar)whereas it was one order of magnitude lower in second case(2.1×10^–3 mbar).In photocatalytic dye decomposition study of Methylene blue dye it was found that in the presence of LIPSS the activity can be enhanced by 2.1 and 3.3 times with high pressure and low pressure grown TiO2 thin films,respectively.The increase in photocatalytic activity is attributed to the enlargement of effective surface area.In comparative study,the dye decomposition rates of TiO2 thin films grown on LIPSS are found to be much higher than the value for standard reference thin film material Pilkington Activ^TM.P.Satapathy A.Pfuch R.Grunwald S.K.Das 2020Journal of Semiconductors2020,41,3:0
3常压内联等离子体涂层特制表面显示文摘介绍了常压下用等离子体以APCVD和CCVD法进行的表面涂层处理。鉴于此,可能将在纳米范围内创建新的复合涂层系统。扩大织物可处理基材的范围,不仅开拓了全新的应用领域,也呈现了开发这些技术用于创立新领域的挑战。M.Ramm A.Pfuch O.Beier S.Spange A.Schimanski 张恒頔 2014国际纺织导报2014,0,8:0
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