High-Resolution Geophysics in Imaging and Characterization of Buried Cultural Heritage

Modern, efficient detectors allow operations at very low laser powers, reducing the risk of charring or otherwise altering the sample during analysis, while the

En effet, les propriétés de prolongation d’action détectées sur les microparticules poreuses de DXP, pourraient être améliorées par l’encapsulation de la DXP

A novel fMRI deconvolution approach via Temporal Regularization using a LASSO model and the LARS algorithm to recover brain functional activations without necessity of a

The high resolution seismic reflection applied to the Underground cavities detection has been tested on the Greasque site (south France), characterised by old coal mines and

We use model LSP Eucrust1.0 obtained from traditional ambient noise tomography as initial model, and we iteratively improve the initial model by minimizing frequency-dependent

Optical tracking can be used to project the variety of data acquired when studying cultural heritage (color images, multispectral acquisitions, infra-red reectography data,

Keeping the bedrock fixed during the inversion is also consistent with our results: the SIRT method is based on the approximate equality dT/T dS/S along rays (T travel time,

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