14 research outputs found
Field Theory And Second Renormalization Group For Multifractals In Percolation
The field-theory for multifractals in percolation is reformulated in such a
way that multifractal exponents clearly appear as eigenvalues of a second
renormalization group. The first renormalization group describes geometrical
properties of percolation clusters, while the second-one describes electrical
properties, including noise cumulants. In this context, multifractal exponents
are associated with symmetry-breaking fields in replica space. This provides an
explanation for their observability. It is suggested that multifractal
exponents are ''dominant'' instead of ''relevant'' since there exists an
arbitrary scale factor which can change their sign from positive to negative
without changing the Physics of the problem.Comment: RevTex, 10 page
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THE COADSORPTION OF POTASSIUM AND CD ON THE Pt(111) CRYSTAL SURFACE: A TDS, HREELS AND UPS STUDY
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THE MODIFICATION OF BENZENE AND CO ADSORPTION ON Pt(111) BY THE COADSORPTION OF POTASSIUM OR SULFUR
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THE STRONG INFLUENCE OF POTASSIUM ON THE ADSORPTION OF CO ON PLATINUM SURFACES: A TDS AND HREELS STUDY
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A UPS STUDY OF THE INTERACTION OF POTASSIUM WITH CARBON MONOXIDE AND BENZENE ON THE Pt(lll) SURFACE
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A UPS STUDY OF THE INTERACTION OF POTASSIUM WITH CARBON MONOXIDE AND BENZENE ON THE Pt(lll) SURFACE
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