L.O.McMillan,N.V.ShuleyandP.W.DavisDepartmentofElectricalandComputerEngineeringTheUniversityofQueenslandBrisbane,Australia,4072.1. Introduction2. Formulation3. DispersionCharacteristic4. PathsofIntegration5. Fields6. Results7. ConclusionReferences1. INTRODUCTIONThedispersioncharacteristicformicrostriphasbeeninvestigatedbyanumberofauthorsusingdifferentmethodsandevaluatingdiffer-entregimesofthedispersioncharacteristic.Ermert[1]firstevaluatedthepropagationmodesintheboundregimeonly,OlinerandLee[2],MichalskiandZheng[3],Bagbyetal.[4]extendedthecharacteristicintothesurfaceandradiationregimes.InalloftheearlierpaperstheauthorshaveevaluatedthedispersioncharacteristicandthecurrentdistributionsexcitedonthemicrostripLWA,butupuntilnownoauthorhasevaluatedtheelectricfieldswhichcanexistinconjunctionwithaleakymodeexcitedonmicrostrip.Evaluationoftheelectricfieldallowsthevalidationofthesolution,astheboundaryconditionsusedtoformulatetheproblemcanbechecked.InthispaperasimilarformulationtothatpresentedbyBagbyetal.[4]isused. Section2presentsthevariedformulationofanopenmicrostriptransmissionline.Section3givesabriefdescriptionofthe
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McMillan et al. (1997) studied this question.
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