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         EffectsofFabricationProcessonDriveCapabilityofFlyerwithCopperBridgeFoil

                1,2         2           2            2           2           1
         GUO Fei ,FUQiubo ,WANG Yao ,WANG Meng ,HUANG Hui,SHEN Ruiqi
         (1.SchoolofChemicalEngineering,NanjingUniversityofScienceandTechnology,Nanjing210094,China;2.ChinaAcademyofEngineeringPhysics,
         Mianyang621999,China)

         Abstract:Inordertostudytheeffectsofthecrystalsizeandcompactnessofcopperfilm onthedriveabilityofflyerwiththeexploding
         foil,Xraydiffractionwasappliedtoanalyzethestructureofcopperfilm depositedbyebeam evaporateddepositionandmagnetronsput
         tering.Theexplodingbridgefoilwasfabricatedwithphotolithography.Thevelocityoftheflyerunderdifferentvoltagewasinvestiga
         tedbyphysicalvapordepositiontostudytheabilityofflyerdrivenbyexplodingbridgefilm.Theupanddownmethodwasimple
         mentedtoanalyzethethresholdexplodingenergyofhexanitrostilbene Ⅳ,whichwassuccessfullyinitiatedbyflyer.Itisfoundthat
         thecopperfilm depositedbymagnetronsputteringhassmallercrystal,andismorethan17% higherresistivity,and2.4timesfaster
         depositionratethanthatbyebeam evaporateddeposition.Itrevealsthatthecapacityofflyerdrivenbycopperfilm withmagnetron
         sputteringisbetterthanebeam evaporateddeposition,showingthelowerthresholdenergytoinitiatehexanitrostilbene Ⅳ.
         KeyWords:ebeam evaporateddeposition;magnetronsputtering;copperfilm;flyer
         CLCnumber:TJ450                 Documentcode:A                DOI:10.11943/j.issn.10069941.2015.08.015


         ChineseJournalofEnergeticMaterials,Vol.23,No.8,2015(787-790)  !"#$           www.energeticmaterials.org.cn
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