In this paper we consider in detail the influence of input resonances (incident electromagnetic field is in resonance with the cavity) on the output resonances in Raman spectra (scattered Raman field is in resonance with the cavity) of optically levitated microdroplets. Dependent on the kind of input resonance the output resonances show spectral shifts. We explain that these shifts are the result of a temperature increase, due to an input resonance and weak absorbance of the microparticle. The main intention of this paper is to describe the dependence of these temperature increases on the kind of input resonance.
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Popp et al. (1997) studied this question.
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