Titlebook: Carbon; The Future Material Giacomo Messina,Saveria Santangelo Book 2006 Springer-Verlag Berlin Heidelberg 2006 Raman spectroscopy.Sensor.

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Formation, Atomic Structures and Properties of Carbon Nanocage Materials,beam irradiation, chemical reaction, hybrid arc discharge, and self-organization . Atomic structures and structural stability of these materials were investigated by high-resolution electron microscopy, molecular dynamics, and molecular orbital calculations. Photoluminescence as well as magnetic and

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Hard Amorphous Hydrogenated Carbon Films and Alloys,on films are essentially controlled by the ratio between the number of carbon atoms in . . and . . hybridization states. The properties of the films, which are closely related to the film microstructure, can be tuned by the deposition technique employed and by the growth conditions, with the energy

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Ion Microscopy on Diamond,ole mobility) diamond is a very good candidate for nuclear particle detection, particularly in harsh environments or in conditions of strong radiation damage. Being commonly polycrystalline, diamond samples obtained by chemical vapour deposition (CVD) are not homogeneous, not only from the morpholog

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Measurements of Defect Density Inside CVD Diamond Films Through Nuclear Particle Penetration,arges by applying an electric voltage through both sides of the film. Experimental results show that the positive hole charges and the negative electron charges have very different mean free paths inside a real diamond film. Holes travel more deeply than electrons, so that the charges collected unde

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