Author:
Dzurak A.S.,Kane B.E.,Clark R.G.,Lumpkin N.E.,Brien J.O',Facer G.R.,Starrett R.P.,Skougarevsky A.,Nakagawa H.,Miura N.,Rickel D.G.,Goettee J.D.,Campbell L.J.,Fowler C.M.,Mielke C.,King J.C.,Zerwekh W.D.,Clark D.,Bartram B.D.,von Ortenberg M.,Herlach F.,Yokoi H.,Bykov A.I.,Tatsenko O.M.,Platonov V.V.,Mitchell E.E.,Hermann J.,Müller K.-H.,Maranowski K.D.,Gossard A.C.
Subject
Electrical and Electronic Engineering,Condensed Matter Physics,Electronic, Optical and Magnetic Materials
Reference25 articles.
1. Theoretical aspects of superconductivity in very high magnetic fields
2. Long pulse (∼0.1 s) non-destructive magnets, under development in both Europe and the USA, will allow convenient electrical transport measurements in fields as high as 100T. See, e.g., L.J. Campbell, D.M. Parkin, D.G. Rickel, J.B. Schillig, Y. Eyssa, P. Gilmore, P. Pernambuco-Wise, H. Schneider-Muntau, Physica B 211 (1995) 52.
3. For a review of pulsed magnet capabilities and facilities worldwide, see F. Herlach, J. A.A.J. Perenboom, Physica B 211 (1995) 1.
4. Optical techniques can be extended down to frequencies ν∼100GHz, where dielectric waveguides can be used to transmit radiation to and from samples at field centre. See W.D. Zerwekh and J.D. Goettee, (RHMF 97), Physica B 246–247 (1998); and Refs. [19,20], below.
5. The results discussed here were obtained within the Dirac Series collaboration, an international program of experiments at Los Alamos National Laboratory (USA) during 1996–1997.
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