10294 View: Overview

Glossary  HistCite Guide

Author(s) SAWYER J Title A ICOSAHEDRAL 6 DIMENSIONAL VALENCE-BOND ORDER IN SUPERCONDUCTIVE CRYSTALS Source APPLIED SUPERCONDUCTIVITY 1 (7-9): 883-900 Date 1993 JUL-SEP Type Journal : Article LCR: 1   NCR: 46   LCS: 0   GCS: 0 Comment   Address   Reprint SAWYER, J, SIX DIMENSION DESIGN,482 ELMWOOD AVE,BUFFALO,NY 14222. Abstract This theory follows the natural geometry of the electron hybridized orbitals sp3 tetrahedron, d2sp3 octohedron through the higher level six dimensional geometry of R. Buckminster Fuller in the Periodic Table of the Elements. All the new superconductive compounds are in the tetrahedral octohedral atomic orbital symmetry. The new C60K3 Buckminsterfullerene Potassium compound has the five fold icosahedral atomic orbital symmetry necessary for superconductivity. All the high Tc superconductive compounds are in the Perovskite family of minerals have either Barium or Strontium at the centroid of the unit cell, represented as icosahedral symmetry in the ''Six Dimensional Periodic Table of the Elements''. All the superconductive compounds go through a phase transition. The Barium atom electrons in the Y1Ba2Cu3O7 superconductive crystal and the Buckminsterfullerene molecule, are aids to a greater understanding of superconductivity. CR ANIL K, 1987, PHYS TODAY, P17 BUERGER MJ, GEOMETRICAL NATURE O, P30 CARA RJ, 1990, SUPERCONDUCTORS 1 2, P42 CHIEN CL, 1988, A I PHYSICS C SUPERC CHIEN CL, 1988, APR PHYS C SUPERC CLINTON J, 1971, NASA CR1735 CONSIDINE DMM, 1976, VANNOSTRANDS SCI ENC, P504 CURL RF, 1991, FULLERENES, P54 DEER WA, 1972, PEROVSKITE, P48 DORFMAN YG, 1961, DIAMAGNETISM CHEM BO EINSTEIN A, 1935, PHYS REV, V47, P777 ESSMAN U, 1971, MAGNETIC STRUCTURE S, P75 FAGAN PJ, 1992, BUILDING MOL CRYSTAL, P48 FULLER R, 1979, SYNERGETICS, V2, P213 FULLER R, 1979, SYNERGETICS, V2, P349 GANGULY P, 1984, J SOLID STATE CHEM, V53, P193 HAZEN RM, 1988, PEROVSKITE, P74 HEISENBERG W, 1992, HEISENBERG UNCERTAIN, P106 HEZEN RM, 1988, PEROVSKITE, P74 INOUE S, 1977, BIOCRYSTALS JORGENSEN J, 1988, PHYSICS C SUPERCONDU JORGENSEN JD, 1987, PHYS REV LETT, V58, P1024 KHURANA A, 1987, SUPERCONDUCTIVITY AB, P17 KOZLOWSKI AI, 1988, PHYSICS C SUPERCONDU KOZLOWSKI, 1988, AI PHYS C SUPERCONDU KVAM EW, 1991, J MOL STRUCT THEOCHE, V231, P335 KVAM EW, 1991, J MOL STRUCT THEOCHE, V231, P335 KVAM EW, 1991, PHYSICS C LANGENBERG DN, 1966, JOSEPHSON EFFECT, P30 MORRISON RT, 1983, ORGANIC CHEM, P6 PAULING L, 1960, NATURE CHEM BOND, P425 PAULING L, 1964, ARCH MOL, P33 PENNISI E, 1991, SCIENCE NEWS, V140, P120 PUGH A, 1976, INTRO TENSEGRITY, P38 RAO CNR, 1986, NEW DIRECTION SOLID RAO CNR, 1986, NEW DIRECTIONS SOLID ROBINSON AL, 1987, OXYGEN KEY NEW SUPER, V236, P1065 ROBINSON AL, 1987, SCIENCE, V236, P1065 ROSINSKY MD, 1984, GEOMETRY LIFE, P39 ROSSEINSKY MJ, 1992, NATURE, V356, P416 ROUVRAY DH, 1986, PREDICTING CHEM TOPO, P40 SHENG ZZ, 1990, AIP C P, V219, P210 SORENSEN AH, 1989, CHANNELING ELECTRONS, P96 TANIGAKI K, 1992, NATURE, V356, P419 VERMA AR, 1966, POLYMORPHISM POLYTYP, P2 ZUMDAHL SS, 1989, HYBRIDIZATION LOCALI, P383