Phonon States Of Alloys. Electron States, And Fermi Surfaces Of Strained Elements / Phononenzustände Von Legierungen. Elektronenzustände Und ... And Technology - New Series) (volume 13)

In this section we give only the names of the methods used in electron band structure calculations. Description of these methods may be found in the references indicated hereafter or in [69h2,70hl, 7121,76al]. For applications to the case of homogeneously strained metals see also Theoretical models in section 3.1.2. AOPW approximate analytical OPW-method [79wl] APW augmented-plane wave method [37sl, 6711,68ml, 71dl] ASA atomic-sphere-approximation [80ml] CEL cellular method [65al, 68al] FF Fourier-series expansion method [69hl, 70bl] HUB Hubbard model [68hl, 72hl] KKR Green's functions or Korringa-Kohn-Rostoker method [47kl, 54kl,61hl, 68sl,71dl] KKRPS phase-shift parametrization scheme based on the KKR method [72sl, 75kl] KP k. p-method [66kl] ') See also table of conversion factors. ') In most cases k is normalized to the dimensions of the BZ. 3.1 Introduction....Pages 1-10 3.2 Literature survey of calculations and experiments....Pages 11-15 Ag....Pages 16-19 Al....Pages 20-33 Am....Pages 34-34 As....Pages 35-37 Au....Pages 37-40 Ba....Pages 40-41 Be....Pages 41-46 Bi....Pages 46-55 C....Pages 56-60 Ca....Pages 60-68 Cd....Pages 69-73 Ce....Pages 74-75 Co....Pages 75-76 Cr....Pages 76-86 Cs....Pages 87-96 Cu....Pages 97-104 Fe....Pages 104-107 Ga....Pages 108-111 Gd, Hg....Pages 111-113 In....Pages 114-117 Ir....Pages 118-118 K....Pages 119-122 La....Pages 122-127 Li....Pages 127-129 Mg....Pages 129-133 Mo....Pages 134-146 Na....Pages 146-147 Nb....Pages 148-151 Ni, Np....Pages 152-156 Os, Pa....Pages 157-158 Pb....Pages 158-171 Pd....Pages 172-179 Pt, Pu....Pages 180-181 Rb....Pages 181-183 Re....Pages 183-187 Rh....Pages 188-189 Ru....Pages 189-192 Sb....Pages 193-200 Sn....Pages 201-209 Sr....Pages 210-211 Tc....Pages 212-212 Th....Pages 213-215 Ti....Pages 215-216 Tl....Pages 216-218 U....Pages 219-221 V....Pages 221-225 W, Y....Pages 226-234 Yb....Pages 235-236 Zn....Pages 236-246 Zr....Pages 247-248 3.4 References for 3.2 and 3.3....Pages 248-258 4.1.1 General remarks....Pages 259-260 4.1.2 Theory of lattice vibrations....Pages 260-264 4.1.3 Inelastic neutron scattering by phonons....Pages 264-267 4.1.4 Refractory compounds....Pages 267-268 4.1.5 Mixed valent compounds....Pages 268-268 4.1.7 Linear conductors....Pages 269-271 4.1.8 Hydrogen in metals....Pages 271-272 4.1.9 Impurities....Pages 272-273 4.1.10 List of frequently used symbols and abbreviations, table of energy conversion factors....Pages 273-274 4.1.11 Survey of the compounds compiled in section 4.2....Pages 274-276 4.1.12 Alphabetical index of the compounds compiled in section 4.2....Pages 276-280 4.2.1.1 Group IVb refractory compounds (Figs. 1 - 11)....Pages 281-285 4.2.1.2 Group Vb refractory compounds (Figs. 12 - 25)....Pages 285-290 4.2.1.3 Y- and rare earth compounds (Figs. 26 - 34)....Pages 290-293 4.2.1.4 Actinide compounds (Figs. 35 - 50)....Pages 294-298 4.2.2 Cu3Au-structure compounds (Figs. 51 - 65, Tables 1 - 2)....Pages 299-306 4.2.3 Bronzes (Figs. 66 - 72)....Pages 306-307 4.2.4 Laves phases (Figs. 73 - 82)....Pages 308-310 4.2.5 Chevrel phases (Figs. 83 - 86)....Pages 310-311 4.2.6 Miscellaneous (Figs. 87 - 101, Tables 3 - 4)....Pages 312-317 4.2.7 Layered metallic compounds (Figs. 102 - 111)....Pages 317-320 4.2.8 Linear conductors (Figs. 112 - 147, Tables 5 - 7)....Pages 320-332 Figs. 148 - 175, Tables 8 - 11....Pages 333-343 Figs. 176 - 208, Tables 12 - 16....Pages 344-354 4.2.10.1 Defects (Figs. 209 - 215)....Pages 355-357 Figs. 216 - 236....Pages 357-365 Figs. 237 - 263....Pages 366-375 4.2.10.3 Invar alloys (Figs. 264 - 275)....Pages 375-379 4.2.10.4 bcc host lattices (Figs. 276 - 304)....Pages 380-390 4.2.10.5 hcp and other host lattices (Figs. 305 - 309)....Pages 391-393 4.2.10.6 Miscellaneous (Figs. 310 - 315)....Pages 394-395 4.3 References for 4....Pages 396-405 Focuses on issues of how games can fit into education and instructional design. This volume explores various topics in the field of educational games and simulations, the future potential of the field, and resources related to educational games and simulations.