空心微珠的表面改性及在紡織上的應(yīng)用研究.pdf

1、西安工程大學(xué)碩士學(xué)位論文空心微珠的表面改性及在紡織上的應(yīng)用研究姓名：姚海偉申請(qǐng)學(xué)位級(jí)別：碩士專業(yè)：紡織材料與紡織品設(shè)計(jì)指導(dǎo)教師：沈蘭萍張輝20070305TheSurfaceModificationofCenosphereandApplicationonTextileABSTRACTCenosphereisakindofnCWpowdermaterialschosenfromflyashesItischan嚏：tI翦izedbyitsn

2、otoxicityselflubricatingcapacitydisperseandfloatingeasilylowheatconductivityelectricinsulationsoundproofandexcellentstabilityerewithitschameteristiesitisgivennewfunctionswhichadditsextravaluebySUlfacAgmodificationBythisw

3、aywccallnotonlysolvethedisposalandenvironmentalproblemsofflyashbutalsocallgetagreatofbenefitPretreatmentprocessisveryimportantbeforecarryingoutthebqlrfaccmodificationtoCenosphereThepurposeistogetridofSulfac息oilstainandge

4、tcoarse文Lfaceandcatalytic口tivityHFWaSusedintOmprocessmaditsoptimmconsistencywasdeterminedbyanalyzingcausedeffectsonsubsequenthandlingfromconsistency，temperatureandtime。Theeffect曲electrolesscopperplatingcoatedccnosphcrefr

5、omNiS04andPHwasstudiedthroughcarryingoutcopperplatingcoatedcenospberereducedbyN她P02TheresultsofSEMEDXindicatethatathinCulayer啪besuccessful∞atcdandthestructureoftheCulayeristhecompactcellOilthe班l(xiāng)rfaeeofelectroleescopperpl

6、atingcoatedeenosphereTheperformanceonconductionofelectricityofcenospherewasstudiedbydifferentaddingwayofcenospherethroughcarrymgoutelectrolesssilverplatingcoatedcenospherereducedbyglucoseTheresultsofSEMEDXindicatethatath

7、inAglayercallbesuccessfulcoatedOnthesurfaceofAgenatedcenosphmreducedbygluco∞andthestructureoftheAglayeristhecompactfinerall枷orln11“resultofelectrol餾scAYpperandsilverplatingcoatedcenosphereindicatethattheperformanceOncond

8、uctionofelectricityofitisbett盯thancopperplatingcoatedcenosphereandsilverplatingcoatedcenosphereAddingthemetalmodifiedcenosphcreintocoatingdopeandcarryoutcoatingfinishiIlgtotextilec缸gainexcellentelectromagneticprotectivef

9、unctionfortextileTheresearchindicatethattheperfomnceofelectromagneticshieldingofcoatingtextileisdifferentthroughchangingthequentityproportioni，ctwccncenosphereandbindingandchangiIlgthequantityofdopeTheperformanceofelectr

10、omagneticshieldingofcoatingtextilewasalsostudiedthroughaddingcarbonfiberintobindingTi02CoalingmodificationtocenospherebysolgelmethodcallsolvethedifficultiesofTi02dissociatingandreclaimingAfterTi02coatingmodificationthere