Efficient offline production of freestanding thin plastic foils for laser-driven ion sources-中国期刊网

摘要 Modernchirpedpulseamplificationlasersystemswithcontinuouslyimprovingcontrollabilityandincreasingpowerareabouttoreachintensitiesofupto10~(22)Wcm~(-2)andhaveproventheirpotentialtoaccelerateionsoutofplasmatoseveraltenspercentofthespeedoflight.Forenablingapplication,oneimportantstepistoincreasetherepetitionrateatwhichionbunchesareatthedisposal.Inparticular,techniquesusedsofarforthinfoiltargetproductioncanrequireseveraldaysofpreparingreasonableamountsforasinglecampaign.Inthispaperwedescribethereasonablydropletmethodwhichwehavetestedandimprovedsothattheemergingfoilswiththicknessesofafewnanometresuptomicrometrecanbeusedastargetsforlaserionacceleration.Theirqualityandperformancecancompetewithsofaremployedtechniquestherebyenablingtheproductionofhundredsoftargetsperday.

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Efficient offline production of freestanding thin plastic foils for laser-driven ion sources

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Efficient offline production of freestanding thin plastic foils for laser-driven ion sources

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