KSUPS 2005: Synchrotron Radiation in Natural Science Vol. 4, No 1-2 (2005)
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KSUPS 2005: SUBJECT INDEX
antiferromagnetic interaction - 26 archaeometry - 34
atomic force microscopy - 24 band structure - 12
BN (cubic) - 57 brownmillerite - 28 bulk modulus - 32 carbon nanotube - 59,63 chalcopyrite - 55
chromium compounds - 12 CMR - 54
Co nanoparticles - 56 cobalt thin film - 14 cobaltate - 53 collimation - 46 composites - 57 corrosion - 34 crystal growth - 42 crystal structure - 48,62 CuCr2-xSbxS4 - 12 CuInS2:Mn - 55 DAFS - 58
defect structure - 44 dielectrics - 24
Diffraction Enhanced Imaging (DEI) - 34
diffraction - 36 dislocation - 38 double exchange - 54 double perovskite - 54 dysprosium oxide - 24 elastic properties - 32 electronic properties - 53 electronic structure - 14 elemental mapping - 64,65 EPMA - 18
equation of state - 32 Eu - 61
EuF3 - 10,23 EuGdTe - 61 EuTe - 61
EXAFS - 20,28,51,52,53,55,56 Fano effect - 8
Fano resonance - 61 fcc Heisenberg systems - 26 Fe - 34,52
Fe(II) complex - 64 Fe K-edge - 52 ferrite spinel - 70 ferroelectrics - 42 GaN - 14 GdTiGe - 10 (Gd,Mn)TiGe - 10 Ge thin film - 20 GMR - 54 graphene - 59 hemozoin - 52 high pressure - 61
high-pressure treatment - 40,66 hyperplasia - 64
ilmenite - 18 image plate - 63
incommensurate phase - 43 InGaN - 58
inhibitory activity - 62 ion implantation - 38,40 ionic state - 18
IR spectroscopy - 64 K2ZnCl4 - 42
La0.33Sr0.67CoO2.85 - 32 LaMn1-xCoxO3 - 53 lattice dynamics - 49 lattice parameter - 30 lattice strain - 44 Li(Al,Fe)5O8 - 70 Li(Cr,Fe)5O8 - 70 Li(Mn,Fe)2O4 - 69 Li(Mn,Fe)5O8 - 70 Li1-xMn2+xO4 - 68 light scattering - 49 light speed - 46 LiMn2O4 - 69 lithium battery - 69
local chemical composition - 58 local strain - 62
local structure - 55
low-dimensional structures - 20 magnetic domains - 56
magnetic semiconductor - 61 magnetoresistance - 54 malaria pigment - 51 manganese - 55 manganite - 53 MAXIM - 34 MCD - 10
Michelson-Morley experiment - 46 microanalysis - 64
microdiffraction - 34 MnAs - 8
MnTe (cubic) layers - 26 modern light source - 50 molecular dynamics - 51 monosaccharide - 60 morphology - 16 nanostructure - 60 neutron diffraction - 59,63 neutron irradiation - 30 NMR PB01 - 56
nonlinear optical crystal - 36 nucleoside analogues of
N(4)-OH-dCMP and N(4)-OH-FdCMP - 62 organic gel - 60
organogelator - 60 oxyborane - 36
oxygen precipitation - 30
pair distribution function - 51 perovskite - 32,53
phase transition - 67,68,69,70 photoelectron spectroscopy - 8 photoemission - 14
photon correlation spectroscopy - 49 point defect - 66
polarization dependent EXAFS - 26 prostate - 64,65
protein crystallography - 48 quantum dot - 58
radiation damage - 16
resonant photoemission - 8,10,22,61 RIXS - 10
Ruddlesden-Popper manganite - 28 semiconductor - 40
Si:N - 40
Si (Czochralski) - 30,66
small angle X-ray scattering (SAXS) - 48,60
solid solution - 70
spin crossover compound - 67 spinel - 12, 68,69
spintronic material - 8 SrCoO2.88 - 32 SrLaGaO4 - 44 Sr2Mn0.5Ru0.5O4 - 28 Sr3MnRuO7 - 28 SRIXE - 65
structural properties - 53 structure modelling - 59,63 structure modification - 16
structure of disordered systems - 51 structure refinement - 68
sulphur - 64
sulphur compound - 12 superexchange - 54 swift heavy ion - 38,40 synchrotron - 50
synchrotron radiation - 46 TEM - 20
thermal annealing - 38 thymidylate synthase - 62 tissue - 65
topography - 36,38,40,44,66 total electron yield - 7 ultrathin film (MBE) - 22 valence - 61
XANES - 12,18,28,53,54,55,57,64 x-ray absorption (XAS) - 12,
18,20,24,28,52,57 X-ray diffraction - 24,59,63 x-ray diffuse scattering - 66 β-hematin - 52
4th generation light sources - 16
