Presentazione
SUNBIM evolution: new tools for a reliable (GI)SAXS/(GI)WAXS data reduction |
SUNBIM (Supramolecular and sUbmolecular Nano- and Biomaterials X-ray IMaging) is a computer suite of integrated programs which, through a user-friendly graphical interface, is able to perform a number of functions for (GI)SAXS-(GI)WAXS data analysis [1] such as: centering, q-scale calibration, two-… | |
A non-standard numerical method preserving global properties of integro-differential systems |
We propose a numerical method for a general integro-differential system of equations which includes a number of age-of-infection epidemic models in the literature [1, 2]. The numerical solution is obtained by a non-standard discretization of the nonlinear terms in the system, and agrees with the… | |
Inertial Forces in relativity |
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Experimental design optimization: Case study - the calibration of large batches of cryogenic thermometers |
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Some remarks on the numerical computation of integrals on unbounded interval |
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Stability results on some DQ methods for Volterra integro-differential equations. |
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A lattice Boltzmann model with random dynamical constraints |
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A semi-analytical study in transdermal drug delivery systems |
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Ongoing modifications to the ORM MTR for the introduction of horizontal gradients (HG) |
We discuss the current status of the modifications to the ESA ORM scientific processor in view of the release of the ORM v8 | |
Fractional Orlicz-Sobolev embeddings |
The optimal Orlicz target space and the optimal rearrangement- invariant target space are exhibited for embeddings of fractional-order Orlicz- Sobolev spaces W^{s,A}(R^n). Related Hardy type inequalities are proposed as well. Versions for fractional Orlicz-Sobolev seminorms of the Bourgain-Brezis-… |
