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To our knowledge, this has only been noted in Ref. [62]. The first integral of this relation, i.e., d x p 2 (t) ⟩ / d t, has been studied for deterministic particle diffusion in periodic billard models in Ref. [63].
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To our knowledge, this has only been noted in Ref. [62]. The first integral of this relation, i.e., d x p 2 (t) ⟩ / d t, has been studied for deterministic particle diffusion in periodic billard models in Ref. [63].
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62
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0242472828
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733 (), Eq. (9);, Turbulence and Diffusion (Springer, Berlin 2008), see Eq. (1.4.9) therein.
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Ph.D. thesis, the University of Warwick (), arXiv:0808.2252v1, see Eq. (2.32) as well as related cited references therein.
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D. P. Sanders, Ph.D. thesis, the University of Warwick (2005), arXiv:0808.2252v1, see Eq. (2.32) as well as related cited references therein.
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Sanders, D.P.1
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