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Showing 1 to 4 of 4 for “"cavity effects"”.

  1. Multi-mode cavity effects in the microwave heating of a ceramic slab

    … dimensional ceramic slab situated in a TE_{M01} cavity is modeled in the small Biot number limit. If the electrical conductivity is an exponential function of temperture and E_0 is the strength of the incident mode, then the relationship between the spatially uniform, steady state leading order …

    njit Repository record for Multi-mode cavity effects in the microwave heating of a ceramic slab (opens in a new tab)

  2. Optical properties of GaAs coupled quantum wells and superlattices: electric and magnetic field effects

    In this thesis the effects of electric and magnetic fields on the optical transmission and reflection spectra of GaAs/ AlGaAs coupled quantum wells and superlattices are investigated and their potential application in optical modulation demonstrated. Quenching and enhancement of excitonic …

    uiuc Repository record for Optical properties of GaAs coupled quantum wells and superlattices: electric and magnetic field effects (opens in a new tab)

  3. Experimental and Theoretical Study of Microwave Heating of Thermal Runaway Materials

    … runaway materials in a microwave resonant cavity applicator. A complete discussion of how the experimental results were achieved is presented. From the experimental results, we find that by the use of the cavity effects thermal runaway can be controlled. To explain the experimental …

    vt Repository record for Experimental and Theoretical Study of Microwave Heating of Thermal Runaway Materials (opens in a new tab)

  4. Design of Multilayer Optical Media: Organic Photovoltaics and Optical Data Storage

    … between absorbing material and the weak optical cavity formed by these electrodes causes enhanced absorption. By carefully designing the layer thicknesses, the absorption in the semiconductor layer can be tuned. In addition, the total absorbed solar photons vary as functions of the layer …

    ohiolink Repository record for Design of Multilayer Optical Media: Organic Photovoltaics and Optical Data Storage (opens in a new tab)