Bose-einstein Condensation in Spin Dimer CompoundsStanford University, 2006 - 310 pages |
Contents
Interdimer exchange in A2CuBO32 A Sr | 5 |
Theoretical Background | 7 |
Single crystal synthesis and characterisation 227 | 27 |
Copyright | |
5 other sections not shown
Common terms and phrases
anisotropic antiferromagnetic applied magnetic field behaviour Bose gas Bose-Einstein condensate bosonic characterisation chemical potential coil cooling critical exponent critical magnetic field crystal growth crystalline c-axis Cu2+ ions density described diffraction dimensional dispersion dissertation energy equivalent magnetic lattice exchange interactions experiments feed rod Figure from Ref finite geometrical frustration grains Hamiltonian Han Purple heat capacity high magnetic fields hybrid magnet in-plane inter-dimer coupling inter-layer intra-dimer isolated-dimer model layers liquid low temperatures magnetic field magnetically ordered magnetocaloric effect material NHMFL obtained ordering transition orientation Outsert parameter particle peak performed phase boundary phase diagram plane polycrystalline powder power law pulse magnet quantum critical quantum phase transition representative lattice resistive magnets sample schematic shown in Fig single crystals singlet spin dimer compounds spin dimer systems spin gap square planar structure superconducting magnet symmetry thermal torque triplon universality class vertical X-ray