简介:Mailandprintingareoftensaidtobethemostvisibleservicesfortheuserinthenetwork.Thoughmanypeopletalkedaboutthepaperlessbureauafewyearsagoitseemsthatthemoredigitaldataisaccessable,themoreitgetsprinted.Printmanagementinaheterogenousnetworkenvironmentsistypicallycrossingalloperatingsystems.Eachofthosebringsitsownrequirementsanddifferentprintingsystemimplementationswithindividualuserinterfaces.Thescopeistogivetheusertheadvantageandfeaturesofthenativeinterfaceoftheiroperatingsystemwhilemakingadministrationtasksaseasyaspossiblebyfollowingthegeneralideasofacentralisednetworkserviceontheserverside.
简介:Vibrationsofoffsetprintingpressesareseriousproblem,whichcausemanydifficultieswhileprintingandimpairqualityoftheprints.Thebiggestproblemliesinconstructionofprintingunit.Itmainlyconsistsofthreecylinders,buttwoofthemareinadirectcontactgenerateundesiredvibrations.Constructionofthecylindersmakesthatstiffnessoftheunitvariesperiodicallywhileprinting.Inthispapermodelofoffsetprintingunitispresented.Themodelisdescribedbythesystemoftwoparametricdifferentialequations.Computersimulationsofthebehaviouroftheprintingunithavebeenperformed.Conditionsinwhichparametricresonanceappearsarealsoappointedhere.
简介:Inkjetprinting(IJP)synthesishasemergedasausefultechniqueforthefabricationoffunctionalmetaloxidesinthefieldsofnanotechnologyandmaterialsscience.Inthispaper,wewillreviewthefundamentalstate-of-the-artprinciplesofthespecialinkformulationsusedforIJPsynthesisoffunctionalmetaloxidesandtheapplicationsoftheseoxides.
简介:Conventionalorganicsolarcell’s(OSC)architectures,includingrigidtransparentsubstrate(Glass),conductiveelectrode(Indiumtinoxide,ITO)andsmallworkingareas,arewidelyutilizedinorganicphotovoltaicfields.However,suchastructureaswellasconventionalspin-coatingmethodobviouslyrestricttheirindustrialapplication.Inthisarticle,wereportthedepositionofsilvernanowires(AgNWs)ontheflexiblesubstratebyslot-dieprinting.TheobtainedAgNWsfilmsexhibitedahightransmittanceandalowresistance,andwerefurtherusedasthetransparentconductiveelectrodeofOSCs.Atypicalconjugatedpolymer,poly[(2,5-bis(2-hexyldecyloxy)phenylene)-alt-(5,6-difluoro-4,7-di(thiophen-2-yl)benzo[c][1,2,5]thiadiazole)](PPDT2FBT),wasusedastheactivematerialtofabricatelarge-area(7cm~2)solarcellsbyaslot-diecoatingprocess.Thepowerconversionefficiency(PCE)couldreach1.87%initiallyandfurtherincreasedto3.04%bythermalannealing.ComparedtotheperformanceofreferencecellonITOsubstrate,theresultindicatedthattheAgNWscouldbedevelopedasanalternativesubstituteofconductiveelectrodetofabricatethelarge-areaflexibleOSCsbyroll-to-rollprinting.