Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators

K.R. Hiremath

    Research output: ThesisPhD Thesis - Research UT, graduation UT

    837 Downloads (Pure)

    Abstract

    In this thesis, we restrict ourself to two dimensional settings. While for specic congurations one could regard the present two dimensional model as an approximate description of realistic devices in terms of effective indices, in other cases simulations in three spatial dimensions are certainly necessary, e.g. for vertically coupled resonators. Therefore our model is formulated such that an extension to three dimensions is straightforward. We treat the circular microcavities as traveling wave resonators in the framework of a pure frequency domain description.
    Original languageUndefined
    Awarding Institution
    • University of Twente
    Supervisors/Advisors
    • van Groesen, Embrecht W.C., Supervisor
    • Hammer, Manfred, Advisor
    Thesis sponsors
    Award date1 Oct 2005
    Place of PublicationZutphen
    Publisher
    Print ISBNs90-365-2267-6
    Publication statusPublished - Oct 2005

    Keywords

    • IR-50827
    • EWI-14006
    • METIS-224712

    Cite this

    Hiremath, K. R. (2005). Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators. Zutphen: University of Twente.
    Hiremath, K.R.. / Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators. Zutphen : University of Twente, 2005. 125 p.
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    abstract = "In this thesis, we restrict ourself to two dimensional settings. While for specic congurations one could regard the present two dimensional model as an approximate description of realistic devices in terms of effective indices, in other cases simulations in three spatial dimensions are certainly necessary, e.g. for vertically coupled resonators. Therefore our model is formulated such that an extension to three dimensions is straightforward. We treat the circular microcavities as traveling wave resonators in the framework of a pure frequency domain description.",
    keywords = "IR-50827, EWI-14006, METIS-224712",
    author = "K.R. Hiremath",
    year = "2005",
    month = "10",
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    isbn = "90-365-2267-6",
    publisher = "University of Twente",
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    Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators. / Hiremath, K.R.

    Zutphen : University of Twente, 2005. 125 p.

    Research output: ThesisPhD Thesis - Research UT, graduation UT

    TY - THES

    T1 - Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators

    AU - Hiremath, K.R.

    PY - 2005/10

    Y1 - 2005/10

    N2 - In this thesis, we restrict ourself to two dimensional settings. While for specic congurations one could regard the present two dimensional model as an approximate description of realistic devices in terms of effective indices, in other cases simulations in three spatial dimensions are certainly necessary, e.g. for vertically coupled resonators. Therefore our model is formulated such that an extension to three dimensions is straightforward. We treat the circular microcavities as traveling wave resonators in the framework of a pure frequency domain description.

    AB - In this thesis, we restrict ourself to two dimensional settings. While for specic congurations one could regard the present two dimensional model as an approximate description of realistic devices in terms of effective indices, in other cases simulations in three spatial dimensions are certainly necessary, e.g. for vertically coupled resonators. Therefore our model is formulated such that an extension to three dimensions is straightforward. We treat the circular microcavities as traveling wave resonators in the framework of a pure frequency domain description.

    KW - IR-50827

    KW - EWI-14006

    KW - METIS-224712

    M3 - PhD Thesis - Research UT, graduation UT

    SN - 90-365-2267-6

    PB - University of Twente

    CY - Zutphen

    ER -

    Hiremath KR. Coupled Mode Theory Based Modeling and Analysis of Circular Optical Microresonators. Zutphen: University of Twente, 2005. 125 p.