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以减少大气污染为唯一目的的超临界CO2涂料技术,随着其在技术上的不断成熟,它所具有的其它优点也为人们所认识.如成本下降,质量提高,维护费减少,涂料的粘度可达10 Pa·s,涂层无须加热固化等.就超临界CO2涂料的原理,其商业化现状和传统涂装技术的比较进行了论述,以期加深对该技术的理解.对该技术目前所面临的问题也进行了讨论.

参考文献

[1] Nielsen K A .Society of automotive engineers 1991 Transactions[J].Journal of Materials and Manufacturing,1992,100(05):9-16.
[2] Nielsen K A.Supercritical fluid spray coating technical developmemt of a new pollution prevention technology[A].New Orleans: NACE Publication,1993:173-193.
[3] Nielsen K A.Technical development of the supercritical fluid spray process for the application of coatings[A].Dearborn:Mich publication,1993:337-355.
[4] Argyropoulos J N.Polymer chemistry and phase relationships of supercritical fluid sprayed coatings[A].New Orleans: NACE Publication,1994:765-785.
[5] 宋启煌;宋照斌;白妍.超临界流体萃取原理及发展动向[J].广东化工,1999(01):50-52.
[6] 李淑芬;陈宝良;韩金玉.超临界CO2萃取天然产品的特性研究[J].化工进展,1996(04):35-36.
[7] 魏子栋;董海文.超临界流体在涂料中的应用[J].涂料工业,1996(04):35-36.
[8] Nielsen K A.A new atomization mechanism for airless spraying: The supercritical fluid spray process[A].Gaithersburg: NIST special publication,1992:367-374.
[9] Colwell J D.Influence of temperature on the structure of supercritical fluid coating sprays[A].Worcester: Mass,1993:39-43.
[10] Senser D W.A comparison between the structure of supercritical fluid coating sprays[A].Bellevue: Wash Publication,1994:182-190.
[11] Kending M.Corrosion induced adhesion loss-low volatile organic content (VOC) coatings[A].Arlington: Rockwell International,1993:88-96.
[12] Jeff Lewisss;Argyropoulos J N;Nielsen KA et al.Supercritical carbon dioxide spray system[J].Metal Finishing,1997,95:269-279.
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