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Welcome |
Jakub Sandak
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General presentation of NIR technology in aspect of wood |
Paolo Belloni
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Bruker presentation |
Emiliano Genorini
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Viavi presentation |
Cosimo d'Andrea
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Shedding light on wood: time-resolved diffuse optical spectroscopy to characterize absorption and scattering |
Paolo Belloni
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Probe technology for in-situ NIR applications |
Andreas Zitek
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Near Infrared Hyperspectral Imaging – background and application for wood characterization |
Guillermo Palacios
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Using NIR spectroscopy for the discrimination between Eucalyptus Nitens and E. Globulus |
Andreas Zitek
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Detection and spectral characterization of resin pockets in spruce by FT-NIR Hyperspectral Imaging |
Antonio Ruano
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Application of Near-Infrared Spectroscopy to determine the Juvenile–Mature Wood transition in Spanish conifers used in construction |
Martino Negri
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Biomass characterization towards contaminants |
Agron Bajraktari
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Characterization of beech and oak wood supported with FT-NIR |
Tereza Cristina Monteiro Pastore
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Identification of the origin of Big- leaf mahogany wood from five Latin American countries via NIRS and PLS-DA |
Tahiana Ramananantoandro
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SPIRMADBOIS project : Use of NIRS for a sustainable management of forest resource in Madagascar |
Jakub Sandak
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SLOPE: Integrated processing and control systems for sustainable forest production in mountain areas |
Anna Sandak
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Biomaterials characterization with NIR |
Bernhard Tapken
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Estimating the Weight Percent Gain of modified wood with Near Infrared and Raman spectroscopy |
Mauro Bernabei
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Evaluation of wood veneers for furniture production by FT-NIR |
Athanasios Dimitriou
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Application of NIR for evaluation of weathered samples from RR test |
Ingunn Burud
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Weather degradation of thin wood samples assessed with NIR spectral imaging |
Anna Rozanska
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The effectiveness of FT-NIR spectral analysis for determination the bio-based finishes |
Vjekoslav Živković
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Characterization of wood surface degradation using FTIR, microtensile testing and colour measurements |
Anna Sandak
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BIO4ever Bio-materials for building envelope - expected performance, life cycle costing & controlled degradation |
Marina Cocchi
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NIR & Chemometrics: how to handle NIR signals, recover information and build models |
Ingunn Burud
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NIR hyperspectral imaging of Fire-Retardant-Treated Wood |
Joris Van Acker
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Near-Infrared (NIR) hyperspectral imaging at high resolution and the difficulty to calibrate for the three main wood components |
Edgars Kuka
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Artificial weathering (QUV) of wood plastic composites made with thermally modified wood residues |
Ignazia Cuccui
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Assessment of poplar veneers for plywood manufacturing after up-grading phase by vacuum thermal treatment |
Dace Cirule
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Some colour characteristics of thermally modified wood |
Emilia Salca
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Evaluation of heat treated black alder wood by FT-NIR |
Marco Fellin
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Pollutants detection on waste wood using FT-IR-ATR |
René Herrera
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Monitoring thermally modified wood performance by NIR. Case of study: surface treatment |
Ottaviano Allegretti
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TV4NEWOOD - Thermovacuum: new process for generation of thermally modified wood |