Tunable Microwave Metamaterial Structures (2016)

Tunable Microwave Metamaterial Structures (2016)

ID:33189661

大小:7.79 MB

页数:151页

时间:2019-02-21

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1、SpringerThesesRecognizingOutstandingPh.D.ResearchMatthiasMaaschTunableMicrowaveMetamaterialStructuresSpringerThesesRecognizingOutstandingPh.D.ResearchAimsandScopeTheseries“SpringerTheses”bringstogetheraselectionoftheverybestPh.D.thesesfromaroundthewo

2、rldandacrossthephysicalsciences.Nominatedandendorsedbytworecognizedspecialists,eachpublishedvolumehasbeenselectedforitsscientificexcellenceandthehighimpactofitscontentsforthepertinentfieldofresearch.Forgreateraccessibilitytonon-specialists,thepublished

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5、eymustbewritteningoodEnglish.•ThetopicshouldfallwithintheconfinesofChemistry,Physics,EarthSciences,EngineeringandrelatedinterdisciplinaryfieldssuchasMaterials,Nanoscience,ChemicalEngineering,ComplexSystemsandBiophysics.•Theworkreportedinthethesismustre

6、presentasignificantscientificadvance.•Ifthethesisincludespreviouslypublishedmaterial,permissiontoreproducethismustbegainedfromtherespectivecopyrightholder.•Theymusthavebeenexaminedandpassedduringthe12monthspriortonomination.•Eachthesisshouldincludeafor

7、ewordbythesupervisoroutliningthesignifi-canceofitscontent.•Thethesesshouldhaveaclearlydefinedstructureincludinganintroductionaccessibletoscientistsnotexpertinthatparticularfield.Moreinformationaboutthisseriesathttp://www.springer.com/series/8790Matthias

8、MaaschTunableMicrowaveMetamaterialStructuresDoctoralThesisacceptedbyTechnischeUniversitätDarmstadt,Germany123AuthorSupervisorDr.MatthiasMaaschProf.ChristianDammTerahertzSensorsGroupDepartmentofElectricalEngineeringDepartmentofElectricalEngineeringand

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