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激光子光束干涉时空融合制导技术（英文）.docx

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激光子光束干涉时空融合制导技术（英文） Title:LaserBeamInterferenceinSpace-TimeFusionGuidedTechnology Abstract: Theutilizationoflaserbeaminterferencetechniquesinspace-timefusionguidedtechnologyhasemergedasapromisingapproachcombiningtheprinciplesofopticsandaerospaceengineering.Thispaperaimstoexaminetheadvancementsinlaserbeaminterferenceanditspotentialapplicationsinguidingsystems.Itexploresthefundamentalprinciplesoflaserbeaminterference,discussesthechallengesinimplementingthistechnology,andprovidesanoverviewofitscurrentandpotentialfutureapplications. 1.Introduction: Laserbeaminterferenceoccurswhentwoormorelaserbeamsintersect,leadingtotheformationofaninterferencepattern.Thisphenomenonhasfoundapplicationsinawiderangeoffields,includingtelecommunications,holography,interferometricmetrology,andoptics.Recentresearchhasalsohighlightedthepotentialoflaserbeaminterferenceinspace-timefusionguidedtechnology,whereitcanbeutilizedtoenhancetheperformanceofguidingsystems. 2.PrinciplesofLaserBeamInterference: Laserbeaminterferenceisguidedbytheprinciplesofwaveoptics.Whentwoormorelaserbeamswithcoherentandmonochromaticpropertiesintersect,thesuperpositionoftheirelectromagneticwavesgivesrisetoconstructiveanddestructiveinterferencepatterns.Thisinterferencepatternischaracterizedbyalternatingbrightanddarkfringes,whichcanbepreciselycontrolledbymanipulatingthebeam'scharacteristics,suchascoherence,wavelength,andpolarization. 3.ChallengesandConsiderations: Implementinglaserbeaminterferenceinspace-timefusionguidedtechnologyposesseveralchallengesthatneedtobeaddressed.Theseincludetheneedforprecisebeamalignment,stability,andcontrol,aswellaspotentialinterferencefromexternalsources.Furthermore,theimpactofatmosphericconditionsontheinterferencepatternmustalsobeaccountedfor.Advancesinlasertechnologyandopticalengineeringhaveallowedforthedevelopmentofmorerobustandstablesystems,mitigatingsomeofthesechallenges. 4.ApplicationsofLaserBeamInterferenceinGuidingSystems: 4.1OpticalBeamforming: Laserbeaminterferencecanbeemployedinspace-