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6 Feb 2009: Tech search New Scientist Go. SPACE TECH ENVIRONMENT HEALTH LIFE PHYSICS&MATH SCIENCE IN SOCIETY. ... PRINT SEND. More Latest news. Most read Most commented. ADVERTISEMENT. Why sustainable power isunsustainable.

1 Feb 2009: The. electronic properties of the new material change markedly: the highly conductive graphene is converted from a.

27 Aug 2009: this technologyunlocks new potential to deploy vast areasof solar cells that will be needed as part ofthe renewable energy portfolio when wemove away from fossil fuels. ... New materials roll upA worldwide search has been under wayduring the past decade

2 Nov 2009: Sci. Technol. 17, 1023-1031 (2006). [3]. O. Okhotnikov et al.,"Ultra-fast fibre laser systems based on SESAM technology:new horizons and applications," New J.

15 Oct 2009: large area capabilities. 2. ECWR source. A new type of low pressure PECVD source has recently. ... 1314. [8] M.A. Lieberman, A.J. Litchenberg, Principles of Plasma Discharges. and Materials Processing, Wiley, New York, 1994.

15 Oct 2009: The UV Ramanspectra of ta-C shows a new broad peak at 1100cmÿ1 labeled as T peak, attributed to sp3 sites [10](Fig.

30 Jan 2009: tice and the thinnest material conducting elec-. tricity—transforms it into graphane, a new. ... diffraction image of the new crystal lattice in. transmission electron microscopy, where a.

12 Nov 2009: 2009 OpticalSociety of America. OCIS codes: 140.4050, 140.3510. Recently, a new operating parameter range was re-ported for all-normal dispersion (ANDi [1]), passivelymode-locked fiber lasers, exhibiting low

15 Oct 2009: Classically, semiconductor saturable absorber mirrors are employed for passive mode-locking oflasers, but recently a new technology based on carbon nanotubes (CNTs) has emerged as an alternative for therealization of saturable

24 Apr 2009: Platensimycin was isolated from soil-dwelling Streptomyces platensis microbes, and represents a new class of antibiotic that acts against Gram-positive pathogens. ... There is therefore great interest in exploring new biological targets for antibacterial