All Stories

  1. Computational modeling of the defect structure, hyperfine and magnetic properties of the Mn2+-doped magnetite of the composition Mn Fe3-O4 (y = ⅔ x)
  2. Explaining Renewable Energy
  3. Emerging technologies: general discussion
  4. Structural, 57Fe Mössbauer and XPS studies of mechanosynthesized nanocrystalline Nd0.33Eu0.67Fe1-Cr O3 particles
  5. Fluorinated perovskite as magnetic spin-polarised semiconductor
  6. Atomistic and ab initio DFT modelling of the defect structures in Al3+/Cr3+-doped and co-doped Y3Fe5O12
  7. New insights on repellent recognition by Anopheles gambiae odorant-binding protein 1
  8. The effect of S-substitution at the O6-guanine site on the structure and dynamics of a DNA oligomer containing a G:T mismatch
  9. Computational modelling of inorganic solids
  10. Atomistic simulation and ab initio study of the defect structure of spinel-related Li0.5−0.5xMgxFe2.5−0.5xO4
  11. Computational modelling of inorganic solids
  12. Formation, cationic site exchange and surface structure of mechanosynthesized EuCrO3 nanocrystalline particles
  13. Structure and magnetic properties of the cubic oxide fluoride BaFeO2F
  14. Computational modelling of inorganic solids
  15. ChemInform Abstract: Nitrogen NMR Spectroscopy of Metal Nitrosyls and Related Compounds
  16. Fluorination of perovskite-related phases of composition SrFe1−xSnxO3−δ
  17. The Formation of Nanocrystalline SrFeO<SUB>3−<I>δ</I></SUB> Using Mechano-Synthesis and Subsequent Sintering: Structural and Mössbauer Studies
  18. Magnetic order in tin-doped thiospinels
  19. Synthesis and structural investigation of a new oxide fluoride of composition Ba2SnO2.5F3·xH2O (x≈0.5)
  20. Iron(III) as a defect in diantimony tetroxide
  21. Iron-57 Mössbauer spectroscopic study of fluorinated strontium orthoferrite
  22. Magnetic order in perovskite-related SrFeO2F
  23. Computational modelling of inorganic solids
  24. First-principles study of the mixed oxide α − Fe Cr O 3
  25. Molecular mechanics
  26. Quantum chemistry of atoms
  27. Molecular orbitals
  28. Polyatomic molecules
  29. Symmetry and molecular orbital calculations
  30. Bonding in solids
  31. Case study
  32. Methods for known active sites
  33. Examples of structure-based design
  34. The future
  35. Periodic ab initio calculation of nuclear quadrupole parameters as an assignment tool in solid-state NMR spectroscopy: applications to 23Na NMR spectra of crystalline materials
  36. Defect clusters in titanium-substituted spinel-related lithium ferrite
  37. The magnetic hyperfine field in tin-doped Fe3O4: variations during oxidation and subsequent phase transformations
  38. Crystal-field theory
  39. Electronic spectra of octahedral complexes
  40. Tetrahedral complexes
  41. Summary of crystal-field theory
  42. Bonding in octahedral complexes
  43. Bonding in tetrahedral complexes
  44. Complexes of other symmetry
  45. Complexes with two metal atoms
  46. Substituted and distorted octahedral complexes, and square-planar complexes
  47. Magnetism and the magnetic properties of transition-metal complexes
  48. Molecular orbital theory of transition-metal complexes
  49. Bonding in complexes of D4h symmetry
  50. Revision exercies: Complexes of cobal (II) and cobalt (III)
  51. Charge-transfer bands in the electronic spectra of transition-metal complexes
  52. Appendix flow chart for determining the symmetry point group of an object
  53. Nanocrystalline Oxides and Sulphides Prepared By Hydrothermal Processing and Mechanical Milling
  54. Ab Initio Calculations of Co Shielding in Model Complexes
  55. Tin-, titanium-, and magnesium-doped α-Cr2O3: characterisation and rationalisation of the structures
  56. Nitrogen NMR Spectroscopy of Metal Nitrosyls and Related Compounds
  57. Prediction of defect structure in lithiated tin- and titanium-doped α-Fe2O3 using atomistic simulation
  58. 15N NMR shielding tensors in bent nitrosyl complexes of cobalt
  59. Investigation of defect structures formed by doping tetravalent ions into inverse spinel-related iron oxides using atomistic simulation calculations
  60. Influence of Zinc Doping on the Structural and Magnetic Properties of α-Fe2O3
  61. An investigation of the local environments of tin in tin-doped α-Fe2O3
  62. Absolute shielding in dinitrogen trioxide: recalculation of the shielding tensors
  63. An assignment of the 23Na MAS NMR spectrum of Na5P3O10·6H2O using a general ab initio method
  64. The location of europium in Eu3+-exchanged zeolite-Y as determined by extended X-ray absorption fine structure (EXAFS) investigations at 77 K
  65. A comparison of ab initio cluster and periodic calculations of the electric field gradient at sodium in NaNO2
  66. Preparation and characterisation of tin-doped α-FeOOH (goethite)
  67. Relativistic chemical shielding: formally exact solutions for one—electron atoms of maximum total angular momentum for any principal quantum number
  68. Relativistic chemical shielding: formally exact solutions for one-electron atoms of maximum total angular momentum for any principal quantum number
  69. The energy barrier to reorientational motion of the trifluoromethyl group in lithium trifluoromethanesulphonate and its complex with poly(ethylene oxide): a comparison between modelling and NMR relaxation measurements
  70. Rationalisation of defect structure of tin- and titanium-doped α-Fe2O3 using interatomic potential calculations
  71. Structural Characterization of Divalent Magnesium-Dopedα-Fe2O3
  72. Einführung in die Festkörperchemie
  73. Supraleitfähigkeit
  74. Röntgen-Streuung
  75. Präparative Methoden
  76. Ein- und zweidimensionale Festkörper
  77. Zeolithe und verwandte Strukturen
  78. Einfache Kristallstrukturen
  79. Optische Eigenschaften von Festkörpern
  80. Magnetische und dielektrische Eigenschaften
  81. Defekte und Nichtstöchiometrie
  82. Bindungen in Festkörpern und elektronische Eigenschaften
  83. Ab initio calculation and NMR spin–echo measurement of19F chemical shielding in the alkali-metal fluorides
  84. 7Li nuclear magnetic spin–lattice relaxation investigation of lithium trifluoromethanesulfonate and its complex with poly(ethylene oxide)
  85. Nuclear magnetic relaxation study of poly(ethylene oxide) complexed with lithium trifluoromethanesulfonate
  86. Ab initio calculations of titanium NMR chemical shifts including the use of effective core potential basis sets
  87. Solid State Chemistry
  88. Superconductivity
  89. Bonding in solids and electronic properties
  90. Preparative methods
  91. X-ray diffraction
  92. Magnetic and dielectric properties
  93. Optical properties of solids
  94. Defects and non-stoichiometry
  95. Zeolites and related structures
  96. An introduction to simple crystal structures
  97. Low-dimensional solids
  98. Nitrogen-15 nuclear magnetic shielding tensors in nitrite and nitrate ion. Experimental and theoretical determinations
  99. An ab initio study of the 19F nuclear magnetic resonance chemical shielding tensor in the hydrogen difluoride ion FHF− and its variation with bond length and angle deformation
  100. 1H and19F nuclear magnetic relaxation study of the dynamics of the hydrogen difluoride ion, FHF–, in the α- and β-phases of caesium hydrogen difluoride
  101. A comparison of ab initio, NMR and diffraction results for a strong OHF hydrogen bond
  102. 19F nuclear magnetic resonance spin–lattice relaxation study of polycrystalline lithium trifluoromethanesulfonate, including comments on the influence of cross-correlation
  103. The second moment reduction and nuclear spin-lattice relaxation in dipolar solids in the weak collision limit
  104. Calculation of N.M.R. spin echo responses in solids containing both resonant and non-resonant spin-1/2 nuclei
  105. A 19F NMR study of the asymmetric short hydrogen bond in the crystalline adduct between potassium fluoride and succinic acid
  106. The effect of the NMR spin-echo sequence Py(90°)-τ-Py(180°) in solids containing different dipolar-coupled spin species: applications to KHF2 AND CsHF2
  107. Molecular motion and deuterium NMR spin echoes in solids
  108. Relativistic corrections to the hamiltonian for one and two electron atoms
  109. The derivation of relativistic corrections to the hamiltonian for two electrons
  110. Molecular orbital calculations on transition metal complexes
  111. Finite nucleus models for molecular calculations
  112. On the reduction of the Dirac equation to non-relativistic form: the Fermi contact interaction in the hydrogen atom
  113. Fundamental linear and exponential level convergence processes in chemically induced electron spin polarization
  114. Chemically induced electron spin polarisation and radical pair re-encounters
  115. A Reanalysis of the A 2 Σ + - X 2 Π i System of OH
  116. The solid state