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12 Dec 2006: 0,24. 0,26. 0,28. 0,30. 0,32. 0,34. G Peak Dispersion (cm-1/nm). Fluence (J/cm-2)Fig. 7. G peak dispersion vs. ... The low frequency Raman spectra of low fluence filmsshow the low frequency double peak structure at about400 and 800 cm1, typical of

12 Dec 2006: There have been a number of strategies to reducestress in as-depositeda-C:H films, such as incorporatingmetals,24 silicon,25 or multilayers.26 However, metal incor-poration has drawbacks such

15 Jun 2006: 24. Recycling Statistics. 4%3%. 5%. 16%15%. Fiber57%. FiberStrappingFood/Beverage ContainersNon-Food containersFilm SheetOther.

6 Dec 2006: II. EXPERIMENTAL DETAILS. The amorphous carbon films were deposited withFCVA system described previously.24 The arc current waskept constant at 75 A and the magnetic field induced bycoils was 20 mT.

4 Dec 2006: the low frition coefficient ofa-C:H to a higher relative humidity.15–24.

4 Dec 2006: Yoshikawaet al.,24 Tamoret al.,25 and Pocsiket al.26 studieddiamondlike a-C:H. Callejaet al.15 made the first resonanRaman study of diamond, Wagner and co-workers23,27 gavethe MW

20 Nov 2006: tubes have outstanding elastical properties and are chemi-cally intert.23,24 They can thus be envisioned as a protectivecage in the nanoworld.

27 Nov 2006: 10.1098/rsta.2004.1452. Raman spectroscopy of amorphous,nanostructured, diamond-like. carbon, and nanodiamond. By A n d r e a C a r l o Ferrari a n d J o h n Robertson. Department of Engineering, University of Cambridge,Trumpington Street, Cambridge