In this paper we show several digital signal processing techniques that can be used for non-exponentially decaying artificial reverberation. Traditional recursive filter techniques used for simulating the diffuse part of reverberation produce an exponentially decaying reverberation. We show how

Abstract not found

after removing the external field for two and three dimensions. Using Monte Carlo simulation techniques, we measure the decay of the remanent magnetization. Its temperature dependence can be understood as thermal activation. All data can be described by a unique generalized power law for a wide range

We establish upper bounds on the rate of decay of correlations of tower systems with summable variation of the Jacobian and integrable return time. That is, we consider situations in which the Jacobian is not Hölder and the return time is only subexponentially decaying. We obtain a subexponential

We demonstrate that non-exponential decays of unstable systems can be understood as yet another example of nonextensivity encountered in many physical systems and as such can be characterized by the nonextensivity parameter q. PACS numbers: 05.40.Fb 24.60.-k 05.10.Gg

We demonstrate that non-exponential decays of unstable systems can be understood as yet another example of nonextensivity encountered in many physical systems and as such can be characterized by the nonextensivity parameter q. PACS numbers: 05.40.Fb 24.60.-k 05.10.Gg

A molecular dynamics simulation is used to explore the conformational dynamics of tryptophan. The simulations imply a substantial time scale separation for motion around the x1 or xz bonds. We propose a model for tryptophan non-exponential fluorescence decay in terms of two xz conformers each

probability |〈Ψ0,e −itHε Ψ0〉 | 2, where Ψ0 is the eigenfunction corresponding to eigenvalue E0 for ε = 0. We find non-exponential decay laws for ε small and E0 close to zero, provided that the resolvent of Hop is not at least Lipschitz continuous at the threshold zero. 1 1

Abstract. We show that spontaneous decay of atoms interacting with reservoirs, which have a frequency-dependent photon mode density, not necessarily concentrated over a narrow frequency range, may become non-exponential. The process of spontaneous emission of atoms contained in a cavity or a

), where the spin response decays exponentially with time, initial data on the quantum dots has shown an unexpected, exponentially decaying sinusoid. This exponentially decaying sinusoid has a decay constant of 190 ns and oscillation frequency of 4.17 MHz, independent of both temperature and magnetic field.