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Superconductors:     more books (100)

High Temperature Rare Earths Superconductors - I, Volume Volume 30 (Handbook on the Physics and Chemistry of Rare Earths) Microwave Studies of High Temperature Superconductors Physics and Materials Science of High Temperature Superconductors, IV (NATO Science Partnership Sub-Series: 3:) Microstructure and Properties of High-Temperature Superconductors by Ivan A. Parinov, 2010-11-30 High Tc Superconductor Materials (European Materials Research Society Symposia Proceedings) by H. U. Habermeier, E. Kaldis, 1990-12 Corrosion of Glass, Ceramics and Ceramic Superconductors: Principles, Testing, Characterization and Applications by David E. Clark, Bruce K. Haber, 1993-01-14 Physical Properties of High Temperature Superconductors V (Vol V) by Donald M. Ginsberg, 1996-04 The Physics of Superconductors Lectures on the Physics of Highly Correlated Electron Systems VI: Training Course in the Physics of Correlated Electron Systems and High-Tc Superconductors, ... 2001 (AIP Conference Proceedings) (v. 6) Ybco Superconductor Research Progress Magnetic Susceptibility of Superconductors and Other Spin Systems Kinetic and nonsteady-state effects in superconductors by B. T Geilikman, 1974 Synthesis, High Pressure Effects and Some Miscellaneous Aspects (Studies of High Temperature Superconductors) Proceedings of the Adriatico Research Conference and Workshop on Towards the Theoretical Understanding of High Tc Superconductors: Ictp, Trieste, It (Series ... High Temperature Superconductivity, Vol. 14) by Adriatico Research Conference and Workshop on Towards the Theoretical Understanding of High Tc Superconductors (1988 : International Center for Theoretical Physics), E. Tosatti, et all 1988-12

lists with details

101. Texas Materials Institute | Superconductors
     complicated oxide superconductors represents an essential and difficult problem of high quality single crystal samples of the oxide superconductors.  
     http://www.tmi.utexas.edu/research_area_superconductors.shtml
     
     Extractions: The discovery of high temperature superconductivity with copper oxide compounds in 1986 resulted in a large amount of scientific research worldwide. During the years since the initial discovery, University of Texas scientists have played a central role in the development of the existing science base in this area. Associated with the TMI are a number of the world's leaders in the area of superconductor research. The processing of reliable, reproducible, and durable superconductor devices and conductors in a cost-effective manner from complicated oxide superconductors represents an essential and difficult problem for materials researchers. Some of the TMI efforts in the area of superconductor research are highlighted below. The poor material properties associated with these brittle and reactive ceramic compounds have encouraged scientists to continue to search for alternative superconductor materials as well as to find chemically benign processing methods. Careful studies of the structure/reactivity characteristics of cuprate compounds have been completed recently by TMI scientists. Studies focusing on the mechanism of decomposition of high-T c samples have revealed strong coupling between water reactivity, copper redox chemistry and oxide/oxygen evolution/uptake. This new mechanistic knowledge has led TMI faculty to the development of a new materials base that is suitable for the preparation of devices and conductors that exhibit enhanced performance characteristics.

102. Gallery Of Abrikosov Lattices In Superconductors
     Images of Abrikosov vortices in superconductors. 2003, Nobel prize to AAAbrikosov. for pioneering contribution to the theory of superconductors  
     http://www.fys.uio.no/super/vortex/

103. Magneto-Optical Imaging Of Superconductors
     physical principles and applications of magnetooptical imaging for characterizationof superconductors.  
     http://www.fys.uio.no/super/mo/
     
     Extractions: To be able to see magnetism directly with your eyes has been a very old dream. In a way magneto-optical imaging is the realization of that dream: you stick your sample under the microscope, put a piece of a magic crystal on top of it, and can through the ocular follow the sample's magnetic behaviour in real-time Links The physical idea behind the magneto-optical imaging is the Faraday effect , i.e., rotation of the light polarization induced by magnetic field. On 13 September, 1845, Michael Faraday wrote in his Diary "...magnetic force and light were proved to have relation to each other. This fact will most likely prove exceedingly fertile and of great value in the investigation of both conditions of natural force" A number of different materials have been applied as indicators in MO imaging: cerous nitrate-glycerol , various europium compounds (EuS, EuSe) [H. Kirchner, Phys. Lett. 26A, 651 (1968)]

104. Superconductors - Georg Bednorz And Karl Alex
     In 1986 Müller and Bednorz discovered the first high-temperature superconductor -breathing new life into a dying branch of physics and posing a daunting  
     http://inventors.about.com/od/sstartinventions/a/superconductors.htm
     
     Extractions: var zLb=1; var zIoa1 = new Array('Inventors And Superconductors','Heike Kammerlingh Onnes','http://www.ornl.gov/info/reports/m/ornlm3063r1/pt2.html','History of Superconductivity - Heike Kammerlingh Onnes','http://www.rare-earth-magnets.com/magnet_university/superconductivity.htm','J. Georg Bednorz','http://www.almaz.com/nobel/physics/1987a.html'); var zIoa2 = new Array('Inventors And Superconductors','The 2003 Nobel Prize in Physics','http://nobelprize.org/physics/laureates/2003/public.html'); var zIoa3 = new Array('About Superconductivity','Superconductors','http://www.superconductors.org/','The History of Superconductors','http://www.superconductors.org/History.htm','Future of Superconductors','http://www.superconductors.org/atypical.htm'); zJs=10 zJs=11 zJs=12 zJs=13 zc(5,'jsc',zJs,9999999,'') About Business Inventors Famous Inventors ... Swiss Inventors Superconductors - Georg Bednorz and Karl Alex Business Inventors Essentials 20th Century Inventions - Timelines ... Help w(' ');zau(256,140,140,'el','http://z.about.com/0/ip/417/C.htm','');w(xb+xb+' ');zau(256,140,140,'von','http://z.about.com/0/ip/496/7.htm','');w(xb+xb); Sign Up Now for the Inventors newsletter!

105. Applied Superconductivity Center: UW-Madison
     In figure 1 we show a listing of the elemental superconductors with their The superconductors that show this characteristic would come to be know as  
     http://homepages.cae.wisc.edu/~plee/superconductor-history.htm
     
     Extractions: Other Bio Applied Superconductivity Meetings and Conferences Superconductivity: History Superconductivity: Applications ... Applied Superconductivity Center Superconductivity and Magnetism A Historical Introduction to Superconductivity and Magnetism The Early Years of Superconductivity In the early years of superconductivity, progress to application was slow an intermittent. On the 10 th of July 1908, Heike Kamerlingh Onnes , Professor of Experimental Physics at the University of Leiden Gilles Holst (who had been an assistant at Leiden for two years and would later become the first director of the Philips Research Laboratories ) measured a sudden and massive drop in the electrical resistance. As best as they could measure, in just a few hundredths of a degree the resistance dropped to less than one millionth of the melting point value, and eventually to a thousand millionth of it. In 1912 Onnes termed the new electrical state that the mercury had entered below 4 K, the superconductive state. Having worked so hard to purify the mercury he was further surprised to find that adding gold and cadmium to the mercury did not stop it from entering the superconducting state. He also observed that very high currents could be passed though the mercury until a threshold current density was reached (as high as 1000 A/mm

106. SRI: PSD's Superconductors
     Ongoing research in superconductors at SRI has resulted in the design, construction,and testing of novel fluidizedbed CVD systems for high rate deposition  
     http://www.sri.com/psd/research/superconductors.html
     
     Extractions: Superconductors Ongoing research in superconductors at SRI has resulted in the design, construction, and testing of novel fluidized-bed CVD systems for high rate deposition of thin films of high-temperature superconductors on wire substrates. SRI's design is less complex to implement and operate and costs less than conventional MOCVD systems. Fluidized-Bed CVD Reactor for Superconductor Deposition Reactor in Use Visit the Laboratory -

107. Research Area: Superconductors
     the electronic structure of the high temperature cuprate superconductors, Fermi Surfaces, Fermi Liquids and High Temperature superconductors,  
     http://cst-www.nrl.navy.mil/ResearchAreas/Superconductors/
     
     Extractions: Research Area: Superconductors FIG. 1. Three-dimensional picture of the calculated Fermi surfaces of YBa Cu O , slightly broadened and extended periodically. Roughly speaking, the red and green surfaces are derived from the two CuO layers (bonding and antibonding combinations), the pink surfaces arise from the CuO chains, and the smaller blue cylinders contain both layer and chain character. Recent work in the Center is again emphasizing electron-phonon mediated superconductivity, especially in novel materials such as MgB and borocarbides. This results in new understanding of the materials, for example, the prediction of two-gap superconductivity in MgB , as well as suggestions for improved materials, for example, the prediction of still higher critical temperatures in the as yet unsynthesized compound, CuB 2-x C x near x=0.5. The Center also has a significant effort investigating materials with both magnetism and superconductivity, particularly unconventional triplet superconductivity mediated by spin fluctuations, as in Sr RuO and materials near ferromagnetic quantum critical points.

108. Spotlight Superconductors With Split Personalities
     superconductors with split personalities. New superconductors could emerge fromresearch by American and Japanese physicists who are investigating new  
     http://www.psigate.ac.uk/spotlight/issue5/superconductors.html

109. Emerging Device Technology: Fundamental Studies Of Superconductors At Microwave
     Emerging Device Technology at the University of Birmingham.  
     http://www.edt.bham.ac.uk/supermwf.htm
     
     Extractions: Thick Film Ferroelectric Phase Shifters SEARCH THIS SITE SEARCH WHOLE UNIVERSITY School of Engineering Emerging Device Technology Research Centre The Physics of Superconductors at Microwave Frequencies Measurements of the microwave properties of superconductors has been going on for over a decade in the EDT research centre. The objectives of the work are three fold, to enhance our understanding of superconductors, to optimise the superconducting for low loss and to provide information to microwave device designers on the properties. Measurements have taken place on thin and thick film materials, single crystals and bulk polycrystalline specimens. All have helped in meeting the three objectives of the work.

110. Superconductors
     Question How do superconductors work and what are some current developments inthe field of You should try looking up superconductors in the library.  
     http://www.newton.dep.anl.gov/askasci/phy99/phy99134.htm

111. Elsevier.com - Materials And Mechanisms Of Superconductivity
     Phasesensitive tests of pairing symmetry in cuprate superconductors (CC Tsuei,JR Kirtley). Spin gap effects on the c-axis and in-plane charge dynamics of  
     http://www.elsevier.com/wps/product/cws_home/600700
     
     Extractions: Home Site map Regional Sites Advanced Product Search ... Materials and Mechanisms of Superconductivity - High Temperature Superconductors Book information Product description Author information and services Ordering information Bibliographic and ordering information Conditions of sale Book related information Submit your book proposal Other books in same subject area About Elsevier Select your view MATERIALS AND MECHANISMS OF SUPERCONDUCTIVITY - HIGH TEMPERATURE SUPERCONDUCTORS The discovery of high temperature superconductivity has not only opened many possibilities for potential technical applications, but has also provided a unique, challenging research subject for condensed matter physics and material sciences. High temperature superconductivity appears in systems with strong electron correlation and constitutes one of the key issues in condensed matter physics. The understanding of its mechanism will therefore greatly promote the future developments of this branch of science. During the last ten years great progress has been made in both fundamental and application-oriented research. Expanding knowledge of the physical properties in the superconducting as well as the normal state in preparing the way to an understanding of the underlying mechanisms. The accumulated experience in materials processing enables technical applications. All these aspects of high-

112. Tiny Superconductors Withstand Stronger Magnetic Fields
     Because nanoscale superconductors don’t repel magnetic fields, they could proveuseful in a variety of superconducting applications.  
     http://www.news.uiuc.edu/news/05/0204nanowires.html
     
     Extractions: kloeppel@uiuc.edu Click photo to enlarge Photo by Kwame Ross Alexey Bezryadin, a professor of physics at Illinois, has created high-quality superconducting wires with molecular dimensions, and measured their behavior in magnetic fields of various strengths. The observational results have confirmed that theories developed for bulk superconductors also apply to molecular-scale superconductors. As described in the Jan. 14 issue of the journal Physical Review Letters, researchers at the University of Illinois at Urbana-Champaign have created high-quality superconducting wires with molecular dimensions, and measured their behavior in magnetic fields of various strengths. The observational results have confirmed that theories developed for bulk superconductors also apply to molecular-scale superconductors.

113. Point-contact Spectroscopy Deepens Mystery Of Heavy-fermion Superconductors
     CHAMPAIGN, Ill. — Theoretical understanding of heavyfermion superconductors has between normal metals and heavy-fermion superconductors,” said Greene,  
     http://www.news.uiuc.edu/news/05/0324superconductors.html
     
     Extractions: kloeppel@uiuc.edu Click photo to enlarge Photo by Kwame Ross Laura Greene, a Swanlund Endowed Chair in physics at Illinois, and colleagues at Los Alamos National Laboratory recently used a sensitive technique called point-contact spectroscopy to explore Andreev reflection between a normal metal and a heavy-fermion superconductor. Researchers from the University of Illinois at Urbana-Champaign and Los Alamos National Laboratory recently used a sensitive technique called point-contact spectroscopy to explore Andreev reflection between a normal metal and a heavy-fermion superconductor. Conventional theories cannot account for their data, the scientists report.

114. New Types Of Superconductors
     superconductors conduct electricity with little or no resistance. Organicsuperconductors contain carbon and are less dense than their ceramic or metallic  
     http://www.er.doe.gov/Sub/Accomplishments/Decades_Discovery/4.html
     
     Extractions: Organic superconductor with the highest T c k-(ET) Cu[N(CN) ]Cl Scientific Impact: These advances will help scientists develop a theory of how organic superconductors work and contribute to the design of new materials with higher transition temperatures. The all-organic material is ideal for studies of magnetic and charge transport properties because there is no possibility of contamination from metallic impurities. Social Impact: Superconductivity already has important applications, such as medical diagnostic equipment, and many more uses are possible if transition temperatures are high enough. The availability of purely organic superconductors greatly expands the possibilities, especially for applications in which weight is a factor. Reference: Ambient-Pressure Superconductivity at 2.7 K and Higher Temperatures in Derivatives of beta(ET) IBr : Synthesis, Structure, and Detection of Superconductivity. Williams, J. M.; Wang, H. H.; Beno, M. A.; Emge, T. J.; Sowa, L. M.; Copps, P. T.; Behroozi, F.; Hall, L. N.; Carlson, K. D.; Crabtree, G. W. Inorg. Chem.

115. Superconductors (Yamashita)-Springer Superconductivity, Superfluidity, Quantum F
     This book treats superconductivity from a theoretical phenomenological viewpointand describes technological applications. The authors use a language common  
     http://www.springeronline.com/sgw/cda/frontpage/0,11855,5-115-22-52080413-0,00.h
     
     Extractions: Select a discipline Biomedical Sciences Chemistry Computer Science Economics Education Engineering Environmental Sciences Geography Geosciences Humanities Law Life Sciences Linguistics Materials Mathematics Medicine Philosophy Popular Science Psychology Public Health Social Sciences Statistics preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900180-0,00.gif'); preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900170-0,00.gif'); preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900190-0,00.gif'); preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900200-0,00.gif'); preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900369-0,00.gif'); preloadImage('/sgw/cda/pageitems/designobject/cda_displaydesignobject/0,11978,5-0-17-900344-0,00.gif'); Please select Africa Asia Australia / Oceania Europe Germany North America South America Switzerland United Kingdom

116. Press Release: The 2003 Nobel Prize In Physics
     These typeII superconductors allow superconductivity and magnetism to exist atthe same time and remain superconductive in high magnetic fields.  
     http://nobelprize.org/physics/laureates/2003/press.html
     
     Extractions: HOME SITE HELP ABOUT SEARCH ... EDUCATIONAL English French German Russian (pdf) Swedish 7 October 2003 The Royal Swedish Academy of Sciences has decided to award the Nobel Prize in Physics for 2003 "for pioneering contributions to the theory of superconductors and superfluids" jointly to Alexei A. Abrikosov University of Illinois, Urbana, Illinois, USA. This year's Nobel Prize in Physics is awarded to three physicists who have made decisive contributions concerning two phenomena in quantum physics: superconductivity and superfluidity. Superconducting material is used, for example, in magnetic resonance imaging for medical examinations and particle accelerators in physics. Knowledge about superfluid liquids can give us deeper insight into the ways in which matter behaves in its lowest and most ordered state. At low temperatures (a few degrees above absolute zero) certain metals allow an electric current to pass without resistance. Such superconducting materials also have the property of being able to displace magnetic flows completely or partly. Those that displace magnetic flows completely are called type-I superconductors and a theory explaining them was awarded the

117. Correlated Fermions And High Critical Temperature Superconductors
     The superconductor activity (besides organic superconductors) of the laboratory The metallic phase of highTc superconductors exhibits other riches,  
     http://www.lps.u-psud.fr/Activites/ThemeA.asp
     
     Extractions: Scientific teams ... Persons working on the topic This high critical temperature superconductor, YBa Cu O 6+x is studied in the laboratory along with a number of other oxide superconductors. The CuO planes, in grey, are responsible for most of the exotic properties of these materials: an order parameter with “d-wave” symmetry, anomalous metallic behaviour, vortices, etc. Measurements and theory concern magnetic, transport and structural properties, not only of the superconducting state but also of normal and mixed states. Non magnetic impurities produce unexpected effects, in the normal metal state of a high critical temperature superconductor. When a zinc or lithium atom is substituted to copper in the CuO planes, it induces magnetic moments in its vicinity (left). The magnetism of the planes is thus affected in an alternate way, reminiscent of the RKKY effect in metals, or Friedel's oscillations (right). This effect is quite unexpected, since zinc or lithium in a metal do not yield magnetic effects. By the way, the shape of the alternate polarisation differs from that of a metal. One can detect the induced magnetic moments by using Nuclear Magnetic Resonance, which is sensitive to the long-distance effect of these moments. The metallic phase of high-

118. Macroscopic Phase Separation In High-temperature Superconductors -- Wen 97 (21):
     The mechanism of hightemperature superconductors, one of the challenging issues,has stimulated enormous effort in recent years.  
     http://www.pnas.org/cgi/content/full/97/21/11145
     
     Extractions: This Article Abstract Full Text (PDF) Alert me when this article is cited ... Alert me if a correction is posted Services Similar articles in this journal Similar articles in ISI Web of Science Similar articles in PubMed Alert me to new issues of the journal ... Download to citation manager Search for citing articles in: References High-temperature superconductivity is recovered by introducing extra holes to the Cu-O planes, which initially are insulating with antiferromagnetism. In this paper I present data to show the macroscopic electronic phase separation that is caused by either mobile doping or electronic instability in the overdoped region. My results clearly demonstrate that the electronic inhomogeneity

119. UConn Advance - March 1, 2004 - Condensed Matter Physicist Studies Behavior Of S
     It s a small, dramatic demonstration of what hightemperature superconductorscan do. Trains powered by superconductors using magnetic levitation have been  
     http://www.advance.uconn.edu/2004/040301/04030112.htm
     
     Extractions: By Lucinda Weiss Barrett Wells has a favorite experiment that he performs right at his desk for visitors. He takes a piece of superconductive material about the size of two quarters stacked together, places it in a Styrofoam dish, pours liquid nitrogen on it to chill it, and then, with tweezers, places a tiny, 1/8-inch square magnet above it. The magnet levitates, spinning in the air just above the superconductor, which will repel any pole the little magnet presents. Barrett Wells, assistant professor of physics, works with Feizhou He, a physics graduate student, using the Pulsed Laser Deposition machine, equipment for studying and analyzing the activity of superconductors.

120. Bristol University - Superconductors
     High temperature superconductors are ceramic materials that can conduct electricity The structure of superconductors consists of many layers of atoms  
     http://www.bris.ac.uk/news/2004/432
     
     Extractions: @import url(/news/news.css); skip menus home contacting people a-z index ... help NEWS ARCHIVE Search the news archive News from 2005 News from 2004 News from 2003 ... News from 2000 News related links Do you have a story? re:search (online) Newsletter Information for the media ... Public Relations Office RSS Newsfeed Want our latest news headlines on your site? University home News Superconductors Keyword Year All Sort by Newest first Oldest first 02 June 2004 A breakthrough has been made by a team of scientists, led by Professor Stephen Hayden from the University of Bristol, in understanding how high temperature superconductors work. Their results, announced today in Nature High temperature superconductors are ceramic materials that can conduct electricity across huge distances without losing any energy. They are relatively cheap to make and have enormous potential in many areas of technology, but there is still controversy over what actually causes the superconductivity. "Our results suggest that the glue may be due to the very weak magnetism of the electrons in the copper atoms of the superconductor."

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