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  ESPERIMENTO I-FCX, RESPONSABILE: Sultan Dabagov    

Lo scopo principale del progetto iFCX e' lo studio di immagini ad elevata risoluzione per raggi X basati sul utilizzo di ottiche policapillari e CRL. Risultato principale e' la realizzazione di un prototipo per l'imaging in processi dinamici e basso contrasto nel range energetico di 5-30 keV.

Attualmente abbiamo risultati preliminari sia nella risoluzione mediante rivelatori basati su cristalli LiF, che sulla tomografia e ricostruzione 3D di campioni organici.

i-FCX is the only project stickily correlated to XLab Frascati activities

Scientific program:
to study on novel optical solutions for the improvement of image characteristics mainly from the point of view of the imaging procedure (polyCO+phase contrast); activities in two parallel directions:
-- the combination of our optics (old and new designed) and detectors (old and new designed);
-- developing new mechanical solutions for fast image collection (mechanics for movement and synchronization in case of fast processes studied);
- to develop new codes for both simulating and processing the x-ray imaging;
- to study on theory of x ray propagation for micro- and nano- x-ray imaging;
- to study optical transmission properties of nanostructures systems (nanochannel polycapillaries; porous materials; single-walled and multiple-walled nanotubes) for the purpose of their use for high contrast imaging.


 OBIETTIVI DELL'ESPERIMENTO I-FCX  
- to study on novel optical solutions for the improvement of image characteristics mainly from the point of view of the imaging procedure; activities in two parallel directions:
the combination of our optics (old and new designed) and detectors (old and new designed);
developing new mechanical solutions for fast image collection (mechanics for movement and synchronization in case of fast processes studied);
- to develop new codes for both simulating and processing the x-ray imaging;
- to study on theory of x ray propagation for micro- and nano- x-ray imaging;
- to study optical transmission properties of nanostructures systems (nanochannel polycapillaries; porous materials; single-walled and multiple-walled nanotubes) for the purpose of their use for high contrast imaging.

 ULTERIORI INFORMAZIONI SULL'ESPERIMENTO I-FCX  
http://www.lnf.infn.it/xlab/index.html

 

Istituto Nazionale di Fisica Nucleare - Piazza dei Caprettari, 70 - 00186 Roma
tel. +39 066840031 - fax +39 0668307924 - email: presidenza@presid.infn.it

F.M. F.E.