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Авторизация |
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Douglas Clark C.Y. — The Electronic Structure and Properties of Matter: An Introductory Study of Certain Properties of Matter in the Light of Atomic Numbers, Being Volume I of a Comprehensive Treatise |
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Предметный указатель |
Fromherz, H. IX 55
Frumkin, A. XII 30 67
Fundamental series of line spectra 4 7A
Fusion 13 14 J5
Gardner, R. II 13
Garner, F.B. VII 65
Gaschler, A. 1 9
Gaseous Surface Films 33Ca d
Gerke, R.H. XII 99
Gerlach, W. 1 36 X 98 104 113 XI 11 12
Ghani, A. X 14
Ghosh, K. IX 7 X 133
Giauque, W.F. XII 86 88 94 97 100 101 102 103
Gibbs layer 34
Gibbs, R.C. III 13
Gibson, C.E. XII 79 86
Gingold, J. IX 43
Goetz, A. IX 38 X 44
Goldschmidt, V.M. VIII 8
Gorter, C.J. X 48 53 63
Goudsmit, S. II 10 V 26 X 3
Gprrespondence principle 7A 29
Graffunder, W. IX 57
Gray, F.W. X 28 31
Gray, R.W. VII 6
Grimm, H.G. II 1 IV 13 17 V 12 14 VI 19 VII 10 11 15 16 VIII 5 10 46 53
Gross, F. X 115
Ground terms, spectroscopic 6
Guckel, M. VI 21
Gudden, B. IX 1 19 51 56
Gunther — Schulze. VIII 22
Guthrie, A.N. X 62 XI 16
Guyot, J. XII 29
gyromagnetic ratio 27C 28F
Gyulai, Z. IX 34
Haas, A. II H
Haber, F. I 9 V 8
Haedicke, M. IX 25
Half Conductors 20A C 2iA E 23A
Hall, E.H. IX 6
Hall, R.E. 1 20
Hamburger, L. IX 3 4
Hammick, D.L. VII 59
Hantzsch, A. VI 17
Harding, J.B. XII 33
Hardy, H.B. XII 13
Harkins, W.D. 1 20 XII 12
Harris, J.A. 1 5
Hartley, H. VIII .52
Hartree, D.R. III 12 IV 15 VIII 36 X 36
Harvey, A. XI 7
Hasse, H.R. XII 2
Hayasi, T. X 125
Heats of formation, molecular 12A
Hector, L.G. X 30
Heineck, F. IX 52
Heisenberg's theory of ferromagnetism 28B Gc
Heisenberg, W. II 9 15 III 1 15 IV 15 V 16 VI 5 X 49 97
Heitler, W. X 140
Helmholtz equation for interfacial potential 33Cd
Henley, W.J.R. VII 66
Hergenrother, R.C. X 44
Herz, W. VII 17 26 47 XII 74 108
Herzberg, G. V 27
Herzer, H. VII 41
Herzfeld, K.F. V 12 VIII 45
Heusler alloys 28B
Heydweiller, A. VIII 20
Heyrovsky, J. 1 6
Hicks, W.M. IV 11
Hikosaka, T. X 141
Hill, E.L. XI 9
Hinrichsen, F.W. IX 32
Hirone, T. X 141
Hjalmar, F. II 4
Hocart, R. X 38 58
Hochberg, B. IX 33 44 45
Hoffmann, A. X 105
Holborn, H. VIII 18
Homologous compounds, boiling-points of 14
Homopolar attractive fields 33D
Homopolar, compounds, interatomic distances in 19C
Homopolar, halides, boiling-points of 14
Homopolar, halides, molecular volumes of 17B
Homopolar, halides, zero volumes of 17Ea
Homopolar, hydrides 17D Ea
Homopolar, valency 10D 11 12B 28GC
Honda, K. X 7 130
Hopkins, B.S. 1 5
Horst, C. X 56
Houston, W.V. XI 3
Huggins, M.L. II 14 VIII 38
Hughes, A.H. XII 34
Hull, A.W. VIII 13 29 X 101
Hume — Rothery, W. IX 90
Hund, F. IV 15 V 27 X
Hunten, K.W. VII 53 XII 61
Huttig, G.F. VII 7
Hydride displacement law 14 17D
Hydrides, boiling-points of 14
Hydrides, homopolar, zero volumes of 17Ea
Hydrides, liquid, molecular refractions of 17D
Hydrides, liquid, molecular volumes of 17D
Hydrogen, Entropy of 36Bbi
Hydrogen, halides, entropies of 36Bb2 Ca3
Hydrogen, heats of sublimation of 14
Ideal Monatomic Gases, entropies of 36A
Ikenmeyer, K. X 27
Inert gases, compounds of 1
Inert gases, configurations of 4
Inert gases, liquid, atomic volumes of 16
Inert gases, molecular diameters of 18A
Inert gases, spectra of 7B
Inert gases, Zeeman effect of 30
Inert, gas structures 3
Inert, gas, type ions 2 3 12A 19C 25
Inert, pair of electrons 12A
Ingersoll, L.R. X 83
Inner building, photoelectric effect 20D 21
Inner building, quantum numbers 4 5 6 7A 27B C
Inner building, theory of 3 9
Intensive drying of liquids 34
Interaction between atoms 2 7B 28B Gc
Interatomic distances of homopolar compounds 19C
Interfacial energy 33Ca 34
Interfacial potentials of films 33Cd f
Interlocking chains, theory of 33CC
Intramolecular ionization 17Eb3
Iodine, conductivity of 20C
Ionic attractive fields 19A 33D
Ionic conductors 20A C 21A 23A
Ionic heats of liberation for crystals 21B
Iredale, T. XII 45
Isomers, diamagnetic susceptibilities of 26B
Isomers, electron 3 4 91 D
Isomers, parachors of 17Eb
Isomers, xylenes, comparison of properties of 15
Isotopes 1 36
Itmir, F. XII 23 41
Jaanus, R. X 135
Jackson, L.C. X 17 54 57
Jaeger, F.M. VII 9 XII 55
Jaenicke, J. 1 9
Jakubsohn, S. IX 63
James, C.G.F. XII 2
Jessop, G. XII 16 19 26
Jevons, W. XI 7
Jofife, A. IX 35 45 54 XII 42
Jofle, V. IX 45
Johnson, R.C. Ill H
| Johnston, H.L. XII 97 98
Joos, G. VIII 47 X 29
Jordan, P. II 9 HI 1
Jost, W. IX 25 27 28 44
Jung, C. XII 63
Jurriaanse, F. IX 79
Kahn, O. IX 23
Kapitza, P. IX 89 X 49 110 111 112 126 XI 26
Karagunis, G. IX 55
Karssen, A. 1 8
Kaufmann, W. X 81
Kaya, S. X 87
Keesom, W.H. IX 88 91
Kenrick, F.B. XII 8
Kersten, M. X 125
Kessler, B. X 60
Kido, K. X 28
Kikoin, I. X 116 135
Kinoshita, M. IX 87
Klaiber, F. IX 26
Klemm, W. VI 6 VII 17 18 IX 65 66 67 69 XII 77
Knauer, F. XI 22 29
Knorr, C.A. V 24
Kohlweiler, E. 1 37
Kohn, H. VI 21
Kok, J.A. IX 91
KOnigsberger, J. IX 31
Kopp's Law 17A Ea
Kossel, W. I 24 27 28 IV 5 V 7 18 31 VI 8 13 X 10
Kramers, H.A. VII 5
Kraus, C.A. VI 15
Kretschmann, E. IX 95
Kroo, J. II 21
Kunz, J. X 92
Kurt, O.E. XI 21
Kussmann, A. X 8j
Labrouste Expansion 33Aa
Labrouste, H. XII 11
Lacomble, A.E. 1 38
Ladenburg, R. 1 28 34 IV 3 VII 2 X 4 75
Laing, M.E. XII 17 36
Lallemand, A. X 60
Lande splitting factor 27B C 29
Lande, A. I 32 II 15 16 18 VIII 14 27 31 XI 5 XII 49
Lange, B. IX 57
Langevin theory of paramagnetism 27A
Langevin, P. X 12 47
Langmuir, I. 1 29 XII 14 15 51
Lansing, W.D. IX 30
Lanthanide contraction 10D 16 19E
Laporte, O. X 50
Lapp, C.J. 1 5
Larmor precession 26A 29 32
Lass, J. IX 39
Latent heats of fusion of alkali halides 13
Latimer, W.M. XII 86
Lattice constants and atomic radii 18B
Lattice distances of alkali halides 17A
Lattice energies of alkali halides 13
Lattice loosening, theory of 21D
le Boucher, L. VII 35
Lemke, A. VII 30 35
Lenher, C. XII 65
Lenher, S. XII 43
Lennard — Jones, .J.E. V 27 VIII 15 16 17 XII 1 2 3 4 52 87
Lertes, P. VIII 51
Leslie, R.T. IX 30
Lessheim, H. IV 9 X 5
Leu, A. XI 14
Lewis, G.N. 1 30 V 22 IX 14 X 15 16 72 XII 78 79 80 86 87
Lindemann, F.A. VI 29
Lindh, A.E. X 101
Linkage, homopolar 11 12B 28GC
Linkage, polar 11 12A 19A 33D
Linkage, semi-polar 12C 14 17Ea b3
Liquid expanded and condensed films 33Ca d
Liquid mixtures, magaetic properties of 25
Liquid mixtures, molecular volumes of 17Ea
London, F. V 25 X 140
Longinescu, G.G. VI 15
Loosening coefficients 22
Lorenz, E. IX 22
Lorenz, L. XII 72
Lorenz, R. VII 17 24 VIII 1 11 49 50 XII 49 74
Lowry, T.M. VII 63 XII 24
Lucas, H.J. 1 41
Lukirsky, P. XII 42
Lunde, G. IX 24
Lux, H. V 17
Lyon, A.C. V 20
Lyons, C.G. XII 20 21
Maass, O. VI 28 VII 53 XII 54 61
Macbeth, A.K. VII 53
MacGillavry, D. XII 93
Macleod, D.B. VII 49
Madelung, E. I 32
Magnetic Hysteresis 23Bd 24B 28
Magnetic, induction 24B
Magnetic, moments of ions of transitional elements 10Ab
Magnetic, moments of rare earth ions 10D
Magnetic, permeability 24B
Magnetic, susceptibility 24seq
Magnetic, threshold field 23Bd
Magnetocaloric effect 28C
Magneton unit 24 C 27A B 28CF 30 31 32 33
Magnetoresistance 28D
Magnetostriction 28E
Magnus, A. IX 68
Mahajani, G.S. X 100
Mai, R.S. X 41
Manley, J.J. 1 12
Marcelin, A. XII 10 23
Markowicz, E. IV 4
Martin, A.E. IX 20
Masson, I. I 10 VIII 57
Mathias, F. 1 9
Mathur, R.N. X 41 43
Maurain, C. X 80
Maxwell distribution law 27A 36A Cc
Mayer, J.E. XII 87
McBain, J.W. XII 17 31 58
McHaffie, R. XII 43
McKeehan, L.W. X 109 137
McLay, A.B. II 12 IV 14
McLennan, J.C. II 12 III 8 IV 14 IX 78 94
Mean collision areas of gases - 17D 19F
Mecke, R. VIII 39
Meier, W. X 81
Meisel, K. VII 27
Meissner, W. IX 73 80 81 112
Melted chlorides, electrical conductivities of 13 14 22
Melted chlorides, molecular volumes of 17B
Melting-point, effect of polarity on 13
Melting-points 13 14
Mesophases 33Cd
Metallic attractive fields 33D
Metallic, conductors 20A B 21A 23A
Metallic, linkages 33D
Metallic, single crystals, work on 28B E
Meyer, J. X 5
Meyer, R.J. IV 12
Meyer.S. I 22 X 11
Miethe, A. 1 9
Miiller, A. XII 27
Millikan, R.A. III 11 XII no
Millner, T. X 70
Mishima, T. XI 6
Mixing, entropy of 36Bbi Cc
Molecular association 34
Molecular, diameters of inert gases 18A
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