BARTOLI, LAURA

BARTOLI, LAURA  

Istituto di Fisica Applicata - IFAC  

Mostra records
Risultati 1 - 20 di 47 (tempo di esecuzione: 0.046 secondi).
Titolo Data di pubblicazione Autore(i) File
Time-of-flight neutron diffraction: a new analytical technique for conservation? 1-gen-2012 Uden, Jeremy; Grazzi, Francesco; Civita, Francesco; Scherillo, Antonella; Richardson, Heather; Bartoli, Laura; Zoppi, Marco
Ancient and historic steel in Japan, India and Europe, a non-invasive comparative study using thermal neutron diffraction 1-gen-2011 Grazzi, F.; Civita, F.; Williams, A.; Scherillo, A.; Barzagli, E.; Bartoli, L.; Edge, D.; Zoppi, M.
Combined elemental and microstructural analysis of genuine and fake copper-alloy coins 1-gen-2011 Bartoli, L; Agresti, J; Mascalchi, M; Mencaglia, A; Cacciari, I; Siano, S
Comparison between TOF-ND and XRD quantitative phase analysis of ancient potteries 1-gen-2011 Germana Barone ; Laura Bartoli ; Cristina Maria Belfiore ; Vincenza Crupi ; Francesca Longo ; Domenico Majolino ; Paolo Mazzoleni ; Valentina Venuti
From Koto age to modern times: Quantitative characterization of Japanese swords with time of flight neutron diffraction 1-gen-2011 Grazzi, F.; Bartoli, L.; Civita, F.; Franci, R.; Paradowska, A.; Scherillo, A.; Zoppi, M.
Integrated X-ray and neutron-based analysis of bronze artefacts from the Ligurian settlement of Guardamonte-Monte Vallassa 1-gen-2011 R. Cattaneo; C. Chiaramonte Trerè; L. Mordeglia; G. Gorini; E. Perelli Cippo; L. Bartoli; W. Kockelmann; A. Scherillo
Microstructural characterization of two Koto age Japanese swords 1-gen-2011 Grazzi, F.; Bartoli, L.; Barzagli, E.; Civita, F.; Paradowska, A.; Scherillo, A.; Zoppi, M.
Roman bronze artefacts from Thamusida (Morocco): Chemical and phase analyses 1-gen-2011 Gliozzo, E; Kockelmann, W; Bartoli, L; Tykot, Rh
Ancient and historical steel in Japan, India, and Europe, a non-invasive comparative study through neutron scattering 1-gen-2010 Grazzi F.; Civita F.; Williams A.; Scherillo A.; Bartoli L.; Edge E.; Zoppi M.
Caratterizzazione non invasiva della distribuzione di fase e degli sforzi residui in due spade antiche giapponesi del periodo Koto 1-gen-2010 Grazzi, F; Bartoli, L; Civita, F; Paradowska, A; Scherillo, A; Zoppi, M
Characterization of copper alloys of archaeometallurgical interest using neutron diffraction: a systematic calibration study 1-gen-2010 Grazzi, F.; Bartoli, L.; Siano, S.; Zoppi, M.
From Koto age to modern times. Quantitative characterization through time of flight neutron diffraction of Japanese swords 1-gen-2010 Grazzi, Francesco; Bartoli, Laura; Civita, F.; Franci, R.; Paradowska, A.; Scherillo, A.; Zoppi, M.
Microstructural characterization andd residual strain mapping of two ancient Japanese swords 1-gen-2010 Grazzi, F; Bartoli, L; Civita, F; Paradowska, Am; Scherillo, A; Zoppi, M
Neutron diffraction investigation of bronze artifacts of historical and archaeological origin 1-gen-2010 Francesco Grazzi ; Laura Bartoli ; Francesco Civita ; Marco Zoppi
Non Destructive Characterization of Phase Distribution and Residual Strain/Stress Map 1-gen-2010 Grazzi, F; Bartoli, L; Civita, F; M Paradowska, A
Non destructive characterization of phase distribution and residual strain/stress map of two ancient (Koto) age Japanese swords 1-gen-2010 Grazzi, Francesco; Bartoli, Laura; Civita, Francesco; Maria Paradowska, Anna; Scherillo, Antonella; Zoppi, Marco
From Koto age to modern times. Quantitative characterization through time of flight neutron diffraction of Japanese swords 1-gen-2009 Grazzi, F; Bartoli, L; Civita, F; Franci, R; Paradowska, A; Scherillo, A; Zoppi, M
Koto Age Japanese steel swords: non destructive characterization through time of flight neutron diffraction performed on the INES diffractometer. 1-gen-2009 Grazzi F.; Civita F.; Bartoli L.; Tiribilli B.; Zoppi M.
Neutron diffraction characterization of Japanese artworks of Tokugawa age 1-gen-2009 Grazzi F. ; Bartoli L. ,; Civita F. ; Zoppi M.
Neutron diffraction measurements for the characterization of four Japanese artworks of Tokugawa age 1-gen-2009 Grazzi, F; Bartoli, L; Civita, F; Zoppi, M