Giovanni Gigante

发表

Portable systems for energy dispersive X-ray fluorescence analysis of works of art

Roberto Cesareo, M. A. Rosales, Giovanni Gigante, 2008 .

μ-tomographic images of a few soft materials and embedded biological soft tissue at x-ray energies: a new approach based on geometrical considerations

Tetsuya Yuasa, Takao Akatsuka, Roberto Cesareo, 2004, SPIE Medical Imaging.

Comparison between semiconductor detectors for portable EDXRF systems

Carlo Fiorini, Antonio Francesco Longoni, Roberto Cesareo, 1999, Optics & Photonics.

Importance of Doppler broadening in Compton scatter imaging techniques

Stephen M. Seltzer, Antonio Brunetti, Tohoru Takeda, 2001, Optics + Photonics.

Electrical tomography for the monitoring of water moisture in painted walls and ceilings

Marco Parvis, Sabrina Grassini, Simone Corbellini, 2010, 2010 IEEE Instrumentation & Measurement Technology Conference Proceedings.

Computed tomographic images using tube source of x rays: interior properties of the material

Stephen M. Seltzer, Antonio Brunetti, Tohoru Takeda, 2002, Optics + Photonics.

Portable and Handheld Systems for Energy‐Dispersive X‐ray Fluorescence Analysis

S. Ridolfi, Roberto Cesareo, Giovanni Gigante, 2009 .

Interaction of keV photons with matter and new applications

A. L. Hanson, Giovanni Gigante, R Cesareo, 1992 .

Synchrotron-induced X-ray fluorescence from rat bone and lumber vertebra of different age groups

Tetsuya Yuasa, Tohoru Takeda, Takao Akatsuka, 2009 .

A multianalytical approach to investigate stone biodeterioration at a UNESCO world heritage site: the volcanic rock-hewn churches of Lalibela, Northern Ethiopia

Ana Teresa Caldeira, Giovanni Gigante, Cristina Riccucci, 2013 .

ESTIMATION OF MONOCHROMATICITY, SOLID ANGLE CORRECTION AND SOME CONSIDERATIONS ON SECONDARY TARGET ARRANGEMENT USING X-RAY TUBE

D. V. Rao, Giovanni Gigante, R Cesareo, 1997 .

Analysis of metal alloys by Rayleigh to Compton ratios and X-ray fluorescence peaks in the 50 to 122 keV energy range

Giovanni Gigante, S. Sciuti, L. J. Pedraza, 1985 .

From Giotto to De Chirico to Verrocchio: analyses of paintings and historical bronze alloys availing of portable EDXRF equipment

S. Ridolfi, Roberto Cesareo, A. Castellano, 2006 .

Geometrical efficiency, solid angle contribution and gradient for a triaxial system equipped with a fluorescent source and x‐ray tube: an analysis to enhance the Compton scattered photons

Tohoru Takeda, Takao Akatsuka, Roberto Cesareo, 2004 .

Non-Destructive Analysis of Ancient Metal Alloys by in Situ Edxrf Transportable Equipment

Roberto Cesareo, Giovanni Gigante, R. Cesareo, 1998 .

Thermoelectrically cooled semiconductor detectors for non-destructive analysis of works of art by means of energy dispersive X-ray fluorescence

Roberto Cesareo, Giovanni Gigante, Alfredo Castellano, 1999 .

Computed tomographic images of soft materials using differential attenuation: interior properties of the materials at optimum energy in terms of attenuation coefficient

Tohoru Takeda, Takao Akatsuka, Roberto Cesareo, 2002 .

Applications of non-cryogenic portable EDXRF systems in archaeometry

Roberto Cesareo, Giovanni Gigante, Alfredo Castellano, 1996 .