I seached the two words on METACRAWLER built into S.I./ GO2 Network here at Techstocks. Lycos had many referances to a dramatic change that will affect a Billions Dollars Industry that WILL be ( in the FUTURE) ...developing. Here is a partial source referance to that search, it will change everything we can imagine. The seached was [rompted by a thirst for more information. The CHIP tech of Rhombic is documented to make a better HOTTER ( 4-5 fold) higher run temp application with our Diamond TECH! Yes. I see that and I see parts of these pieces and fragments in the future. I think I actually got this ASSIGNMENT...because that was my first question to RHOMBIC IR in the first phone call, can it be cooler/ hoter, could be! SUPPERCONDUCTIVITY is a NEWTECH, start to a change in all electronics, ONE must have a specific application...to suceed fast and cheaper, IMHO; NUKE has one:
SEC DISCLOSURE for I.R. Assistance on my P.P. non members may read the thread in mid june on for posted specifus. ( Of the 20K options that strike in 1-1-200 at 50 cents first in THE RIGHT tpo purchase stock, no payday untill that event, thru that positive appreciation of the stock of Rhombic EVENT! Ie I am not really PAID now, maybe in Y2K)
fysik.lu.se
RE:
Lycos search: superconductor high temperature
Load average: 0.06: Lycos Apr 24, 1995 small catalog, 505407 unique URLs (see Lycos News)
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Found 11591 documents matching at least one search term.
Printing only the first 10 of 11519 documents with at least scores of 0.010.
Matching words (number of documents): superconductor (63), superconductorr (1), superconductors (127), high (10281), higha (1), highacre (1), highaddrs (1), highadventure (3), highalpha (12), highalphaiv (13), higham (28), highamer (1), highamlisa (1), highands (1), highate (1), highback (3), highball (8), highballs (3), highband (6), highbank (1), highbanking (1), highbanks (1), highbanner (2), highbaugh (1), highbay (2), highbcv (2), highbeams (1), highbic (1), highbinder (1), highbit (4), highbltn (1), highbnr (1), highbo (1), highbook (1), highborn (2), highbowl (1), highboy (3), highbridge (1), highbrow (9), highbrows (2), highbury (20), highbutn (1), highbyte (1), highc (24), highchair (1), temperature (1265), temperature7 (1), temperaturecolours (1)
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ID484085: [score 1.0000, 3 of 3 terms, adj 1.0] uq.oz.au
date: 22-Apr-95
bytes: 1312
links: 3
outline: Superconductor Precursors and Powders
keys: superconductor superconductors temperature
excerpt: Superconductor Precursors and Powders SEM of 2223 Precursor SEM of 2223 Powder SEM of 2223 High Temperature Superconductor SEM of Y-123 Powder TEM of Y-123 High Temperature Superconductor TEM of Y-123 Clean Grain Boundary Superconductor Targets and Wires High Temperature
descriptions:
Superconductor Precursors and Powders
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ID484082: [score 0.9710, 3 of 3 terms, adj 1.0] uq.oz.au
date: 22-Apr-95
bytes: 2336
links: 3
outline: High Temperature Superconductors
keys: superconductor superconductors
excerpt: High Temperature Superconductors The Centre for Microscopy and Microanalysis, in collaboration with the Department of Mining and Metallurgical Engineering, both at The University of Queensland, established a research and development team in superconducting ceramics in 1991. This team was formed through a multi-million dollar contract from the University's Syndicated Research and Development Program and incorporates an important maxim: high quality ceramics processing
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ID296344: [score 0.9654, 3 of 3 terms, adj 1.0] ccs.ornl.gov
date: 08-Apr-95
bytes: 3364
links: 2
title: VORTEX
outline: MICROSCOPIC THEORY OF THE VORTEX STATE IN SUPERCONDUCTORS
keys: superconductors superconductor
excerpt: VORTEX MICROSCOPIC THEORY OF THE VORTEX STATE IN SUPERCONDUCTORS The objective of gaining a full understanding of the properties of superconductors has been a high priority in condensed matter physics in recent years, especially since the discovery in 1987 of high temperature superconductors. In particular, the nature of the vortex state for a regular periodic lattice is not well understood. The vortex state arises when a magnetic field, which is typically deleterious to superconductivity, can penetrate a superconductor by creating normal (non-superconducting) regions, the vortex centres. Although the existence of the vortex state was suggested from a phenomenological
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ID187758: [score 0.9093, 3 of 3 terms, adj 0.9] iqe.ethz.ch
date: 31-Mar-95
bytes: 4471
links: 2
title: INTERACTION OF LASER RADIATION WITH MATTER
outline: interaction of laser radiation with matter
keys: superconductor superconductors
excerpt: INTERACTION OF LASER RADIATION WITH MATTER Infrared Physics Laboratory , ETH Zürich interaction of laser radiation with matter Contents *Interaction of High Tc Superconductors with Ultrashort Infrared Pulses *Characterization of Coating Adhesion by Laser-Induced Spallation Interaction of High Tc Superconductors with Ultrashort Infrared Pulses (D.B. Moix, D.P. Scherrer, F.K. Kneubühl) in cooperation with the University of Neuchâtel We have investigated the response of the high-Tc superconductor YBa2Cu3O7-d ( Tc = 90 K) to 10'000 nm 35 ps pulses generated by our OFID system [1]. The laboratory of Prof Dr Martinoli at the Universi... Different kinds of signals have been observed. For temperatures below the transition temperature, the signal full
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ID424540: [score 0.8223, 3 of 3 terms, adj 1.0] ornl.gov
date: 25-Mar-95
bytes: 4559
links: 6
title: High Temperature Superconductors
outline: High Temperature Superconductors New Materials and Power Applications: Superconducting Devices: Working with ORNL in High Temperature Superconductivity:
keys: superconductors temperature
excerpt: High Temperature Superconductors High Temperature Superconductors High Temperature Superconductors The discovery of high-temperature superconducting materials in 1986 sparked a dream of an amazing new electrical world--a world of loss-free power transmission from coast to coast, of enormously powerful computers, and of levitated trains passing in a blur of speed. Oak Ridge National Laboratory is helping to make the dream of high-temperature (up to 135 K from 20 K) superconductivity a reality. Since 1988, our High Temperature Superconductivity Technology Center has blended materials research and wire development through Cooperative Research and Development Agreements with industry. CRADAs also offer opportunities for collaboration in development of power conductors
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ID433592: [score 0.7463, 3 of 3 terms, adj 1.0] physics.utoronto.ca
date: 10-Apr-95
bytes: 2238
links: 1
title: High Temperature Superconductivity
outline: High Temperature Superconductivity
keys: superconductors temperature
excerpt: High Temperature Superconductivity Since the discovery of superconductors with transition temperatures well above the boiling point of liquid nitrogen, thousands of physicists, chemists, materials scientists and engineers have been at work studying their properties and searching for superconductors with yet higher transition temperatures. The superconductors already found have the potential to revolutionize technology as the transistor did over
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ID395982: [score 0.7229, 3 of 3 terms, adj 1.0] llnl.gov
date: 31-Mar-95
bytes: 7751
links: 12
title: Electro-Optic Sampling of HTSC Interconnects
outline: Electro-Optic Sampling of HTSC Interconnects Nd:YAG laser used as the optical source Industrial partners sought Advantages
keys: superconductor
excerpt: Electro-Optic Sampling of HTSC Interconnects EO Sampling allows users to probe electrical transients "noninvasively" Advantages Electro-optic (EO) sampling capabilities are being developed to characterize the dispersion and loss properties of High Temperature Superconductor (HTSC) transmission lines and interconnects. The main advantage offered by EO sampling is the ability to noninvasively probe electrical transients which are propagating along a transmission line structure with sub-picosecond temporal resolution. Figure 1 illustrates the basic EO measurement system configuration. Figure 1. Schematic representation of electro-optic measurement system. Typically, an optical pulse is used as a "pump" which inserts a very fast electrical pulse or step onto a transmission
descriptions:
Electro-Optic Sampling of HTSC Interconnects
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ID431869: [score 0.7176, 3 of 3 terms, adj 1.0] ph.ic.ac.uk
date: 09-Apr-95
bytes: 13264
title: Experimental Solid State Physics
outline: Experimental Solid State Physics Head of Group: Prof.R.A.Stradling
keys:
excerpt: Experimental Solid State Physics Head of Group: Prof.R.A.Stradling Much of the research within the Group involves samples prepared by the Interdisciplinary Research centre for Semiconductor Materials or in conjunction with the College Centre for High Temperature Super-conductivity. There is a strong emphasis on the optical, magnetic and electrical properties of solids. A new and unifying theme is emerging with the start of a project to fabricate and study hybrid superconductor - semiconductor proximity effect structures. Figure 1. Schematic representation of a quantum well showing allowed energy levels and wave functions of the confined electrons and holes. Quantum Transport in InAsSb-InSb Strained Layer Superlattices (R.A.Stradling) We have been studying the
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ID157380: [score 0.7176, 3 of 3 terms, adj 1.0] euler.ph.ic.ac.uk
date: 18-Mar-95
bytes: 13264
title: Experimental Solid State Physics
outline: Experimental Solid State Physics Head of Group: Prof.R.A.Stradling
keys:
excerpt: Experimental Solid State Physics Head of Group: Prof.R.A.Stradling Much of the research within the Group involves samples prepared by the Interdisciplinary Research centre for Semiconductor Materials or in conjunction with the College Centre for High Temperature Super-conductivity. There is a strong emphasis on the optical, magnetic and electrical properties of solids. A new and unifying theme is emerging with the start of a project to fabricate and study hybrid superconductor - semiconductor proximity effect structures. Figure 1. Schematic representation of a quantum well showing allowed energy levels and wave functions of the confined electrons and holes. Quantum Transport in InAsSb-InSb Strained Layer Superlattices (R.A.Stradling) We have been studying the
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ID212840: [score 0.7100, 3 of 3 terms, adj 1.0] oregon.uoregon.edu
date: 02-Apr-95
bytes: 2114
links: 1
title: Research Topics
outline: Active Research Topics in the Materials Science Institute
keys: superconductors
excerpt: Research Topics Active Research Topics in the Materials Science Institute *the characterization of electronic materials and devices, *solid state chemistry of reactions between thin elemental films, *synthesis and characterization of high-technology ceramic oxides, including high-temperature superconductors, *ultra-high vacuum surface science, *laser-induced dynamics at interfaces, *properties of amorphous semiconductors
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