Further measurements of delay time, in the transfer of modulation between microwave beams, are reported even considering the angular dependence in the orientation of the F-1 c.w. launcher. The obtained results allow for a better interpretation of the observed phenomenology on the basis of a more sophisticated analysis, which takes into account the presence of pole singularities in field-amplitude evaluations according to the saddle point method. The model already presented in one of our previous publications, consisting of a photon-photon scattering mechanism as concomitant with a stochastic process, is then confirmed.
Modulation Transfer between Microwave Beams: Angular Dependence of the Delay-Time
Cacciari Ilaria;Ranfagni Anedio
2023
Abstract
Further measurements of delay time, in the transfer of modulation between microwave beams, are reported even considering the angular dependence in the orientation of the F-1 c.w. launcher. The obtained results allow for a better interpretation of the observed phenomenology on the basis of a more sophisticated analysis, which takes into account the presence of pole singularities in field-amplitude evaluations according to the saddle point method. The model already presented in one of our previous publications, consisting of a photon-photon scattering mechanism as concomitant with a stochastic process, is then confirmed.File in questo prodotto:
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