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ID:34165019
大小:12.50 MB
页数:67页
时间:2019-03-04
《高速、高精度微纳米压印关键技术的研究》由会员上传分享,免费在线阅读,更多相关内容在教育资源-天天文库。
1、万方数据High-speed,High-precisionMicro/nano—imprintLithographyKeyTechnologyResearchABSTRACTNano-imprintlithographyisakindofnewmicro/nanographicreproductiontechnology,comparedtotheelectron/ionbeamlithography,UVlithographyandothermicro/nanoprocessingmethod,andh
2、astheadvantagesofsimpleoperation,higlllimitresolution(3、.However,thecurrentinternationalimprinting--formatofsinglesealnano··imprintlithographyisthebiggestsupportfor20cm(Sin)wafer,andisnotonlyhighcost,butalsocannotmeettherequirementsoflarge·formatimprintingofmicro/nanostructure,whichmakestheapplicationfieldofmi4、cro/nanoimprinttechnologylimited.Thepaperproposedaftertheresearch”micro-regionseal”high-speed,high-precisionstepcontinuousimprintingdrivingmode,toachievelarge—format(一>400mm×400mm)imprintingofmicro/nanostructure.Thatis”high-speed,high-precisionmicro/nano-5、imprintlithographykeytechnologyresearch”asthetopicfortheresearchwork.Thespecificcontentsareasfollows:(1)Thepaperfirststudiesrelatedtechnologyresearchanddevelopmentsituationofthedomesticandforeign,andonthebasisofanalysisandresearchhasestablishedthemaincont6、entoftheresearchandthebasicideatosolvetheproblem.(2)Accordingtotherequirementsofthesystemdesign.withthecomparisonofschemedesignofmicro/nano-imprintlithography,andfinallyahi曲-speed,high-precisionstepcontinuousimprintingcombinedmiero/nano-imprintlithography7、schemebasedonpermanentmagnetsynchronouslinearmotordrivenisestablished.III万方数据ABSTRACTHigh·speed,High-precisionMicro/nano-imprintLithographyKeyTechnologyResearch(3)Theaimingatdesignscheme,combinedwiththemechanicalandelectricaldrivesystem,andmathematicalmod8、elof”hi曲-speed,high—precisionstepcontinuousimprintingcombinedmicro/nano—imprint”systemisestablished.(4)Accordingtothedesignschemeandthemathematicalmodel.andhaveperformeddesignselectionofthekeystructure:linearmotor,l
3、.However,thecurrentinternationalimprinting--formatofsinglesealnano··imprintlithographyisthebiggestsupportfor20cm(Sin)wafer,andisnotonlyhighcost,butalsocannotmeettherequirementsoflarge·formatimprintingofmicro/nanostructure,whichmakestheapplicationfieldofmi
4、cro/nanoimprinttechnologylimited.Thepaperproposedaftertheresearch”micro-regionseal”high-speed,high-precisionstepcontinuousimprintingdrivingmode,toachievelarge—format(一>400mm×400mm)imprintingofmicro/nanostructure.Thatis”high-speed,high-precisionmicro/nano-
5、imprintlithographykeytechnologyresearch”asthetopicfortheresearchwork.Thespecificcontentsareasfollows:(1)Thepaperfirststudiesrelatedtechnologyresearchanddevelopmentsituationofthedomesticandforeign,andonthebasisofanalysisandresearchhasestablishedthemaincont
6、entoftheresearchandthebasicideatosolvetheproblem.(2)Accordingtotherequirementsofthesystemdesign.withthecomparisonofschemedesignofmicro/nano-imprintlithography,andfinallyahi曲-speed,high-precisionstepcontinuousimprintingcombinedmiero/nano-imprintlithography
7、schemebasedonpermanentmagnetsynchronouslinearmotordrivenisestablished.III万方数据ABSTRACTHigh·speed,High-precisionMicro/nano-imprintLithographyKeyTechnologyResearch(3)Theaimingatdesignscheme,combinedwiththemechanicalandelectricaldrivesystem,andmathematicalmod
8、elof”hi曲-speed,high—precisionstepcontinuousimprintingcombinedmicro/nano—imprint”systemisestablished.(4)Accordingtothedesignschemeandthemathematicalmodel.andhaveperformeddesignselectionofthekeystructure:linearmotor,l
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