Nanoscience
Nanotechnology and nanoscience are cross-disciplinary topics but they are now covered by one subject specialist at Copenhagen University Library.
In 2007 onward, the nano books are placed at the shelves marked "T" in the main hall at Nørre Allé 49. Older books on nanoscience (books published during the last 9 years), can be found on shelves marked Da, Dd, Kf, La, Lc and Od, but not only there! New nano books (2008ff) can be found by searching for nanoscience keywords in Rex and Primo.
This page presents a collection of the rescources the library has to offer - new books, available electronic rescources and links to Open Access journals and repositories on Nanoscience.
News
30. november 2010, E-jet printing: The first realistic approach to high-speed sub-micron functional printing (nanonews.tv). Read more.
30. november 2010, Graphene: Scientists figure out how to shatter the world's strongest material.
In 2008, experiments at The Fu Foundation School of Engineering and Applied Science at Columbia University established pure graphene, a single layer of graphite only one atom thick, as the strongest material known to mankind. This raised a question for Chris Marianetti, Assistant Professor in Columbia Engineering's Department of Applied Physics and Applied Mathematics: how and why does graphene break? (physorg.com). Read more.
Nano Letters, Geochimica et Cosmochimica Acta, Langmuir, Earth and Planetary Science Letters, Applied Physics Letters, Biophysical Journal, Crystal Growth and Design, Nanomedicine, Elements, Environmental Science and Technology, European Physical Journal C, Nature Nanotechnology, Physica E, Tetrahedron Letters
Article databases
Search for articles in these databases, or choose from the many other databases in physics or chemistry
Cond-mat preprints, ICON EHS, Web of Science, Energy Citations Database, INIS
All physics bases
All chemistry bases
Have suggestions for new books?
New nanobooks
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Mihai Barboiu, Mihai Redaktør; Peinemann, Klaus-viktor Redaktør
Handbook of Molecular Self-assembly, Principles, Fabrication and Devices 2011 -
Hui Xie et al.
Atomic Force Microscopy based nanorobotics, modelling, simulation, setup building and experiments 2011 -
H. E. (ed.) Chan
Graphene and graphite materials 2009 -
C. J. Carlile; B. T. M. Willis
Experimental neutron scattering 2009
Visit the Nano-Science Center at H.C. Ørsteds Instituttet