Alphabetical Subject Index
L
| Lanthanons | ||
| Electron configurations 23:287 | ||
| Nuclei 42:072 075-076 | ||
| Reconsidered 45:036-037 | ||
| Lanthanon paper 43:052 | ||
| Lanthanum (La) | ||
| Force constant of 36:038 | ||
| Hydride (LaH2) 19:054 | ||
| Iridium (LaIr2) 36:024-025 | ||
| Lanthanum Copper Oxide (LaCuO3, LaCuO2 ) 29:031-033 | ||
| Lanthanum-metal (LaM2) 36:027 | ||
| Lanthanum-oxide (La2O3) | ||
| Model 29:036-037 | ||
| Intensities of reflections 04:040-041 043-045 | ||
| Notes 04:038a | ||
| Platinum (LaPt2) 36:025 | ||
| Properties 27:057 | ||
| Osmium (LaOs2) 36:030-035 040-041 | ||
| LaPage 35:009-011 | ||
| Lattice points | ||
| Forms with the same S 35:148 | ||
| H2+k2+l2; h, k, l, all odd 35:294-295 | ||
| Allowed values 36:108 | ||
| H2+k2+d2 36:149 | ||
| H2+k2 36:150 | ||
| Sums of two squares 323 h2+k2 36:151 | ||
| Laue photographs 02:082-083 | ||
| Lavine, Louis R. 28:033 | ||
| Bending the α-helix 24:010-019 | ||
| Coiled-coils constructed with a bend 24:020-057 | ||
| Definition of radii 24:006 | ||
| Derivation of equations 24:022-030 | ||
| Guide to research notebook 24 24:003 | ||
| Limitations on a single bend 24:010 | ||
| Measurements of coiled-coil models 24:031-035 | ||
| Recalculation using different extrapolation 24:053-057 | ||
| Residues in the straight section between bends 24:037-041 | ||
| Restrictions on the coiled-coil 24:044-052 | ||
| Tables of constructed models 24:042-043 | ||
| Work on Crick's knobs and holes 24:005-008 | ||
| Lawrencium (Lw) 39:015 | ||
| Lawrencium sulphide (LaS) 24:104 | ||
| Lead (Pb) 19:028 24:058 059 061 29:086 35:184 37:040-041 049 39:021 | ||
| 82Pb 42:014 | ||
| Pb 43:127 | ||
| Iron III oxide (PbFe12O19) 41:095 | ||
| Pb 43:127 | ||
| Decay of Pb to Pb 31:270 | ||
| Excited bands 31:205 | ||
| Levels in Pb and Pb 31:271 | ||
| Palladium (Pb-Pd) 29:004 | ||
| Platinum (Pb-Pt) 29:007 | ||
| Properties of 27:082 | ||
| Proton and neutron distribution in Pb208 25:018-019 | ||
| Rhodium (Pb-Rh) 29:004 | ||
| Strontium (PbSr) 29:006 | ||
| Tin (Pb-Sn) 29:005 | ||
| Lead to promethium (Pb to Pm) 29:090-091 | ||
| Leplare expansion 40:197 | ||
| Lepidolite | ||
| X-ray diffraction 06:139-142 | ||
| Leucophanite 07:044-045 | ||
| Lewis, Edward B. | ||
| Correspondence 19:083a | ||
| Light | ||
| Diffraction of helium ion (He+) by metals 28:168-169 | ||
| Light nuclei | ||
| Coulomb energy 32:152 | ||
| Deformed 32:070 | ||
| J10 of light nuclei discussion 32:156 157 | ||
| Structure of 32:131 | ||
| Lindberg, Hazel 35:040 | ||
| Linear Box 28:088 | ||
| Linear carbenes 36:012 | ||
| Linear polyhelions 32:212 | ||
| Linoleum 35:042-043 | ||
| Linus Pauling Institute 34:001 43:034-037 | ||
| Lipoprotein 42:064-071 44:054-057 | ||
| Paper 42:054 057 | ||
| Lithiophorite 36:010 053 | ||
| Lithium (11Li) 32:047-049 35:048 062 44:001 | ||
| Attempt to predict binding energy of Li6 25:034-035 | ||
| Chloride magnetic constant 20:011 | ||
| Iron (Fe) in 29:121 | ||
| Li6 32:186 190 | ||
| Li7 32:184-185 187 256 | ||
| Li32.7 17:087 | ||
| 73Li4 29:081 | ||
| Lithium aluminum (LiAl) 19:042 043 | ||
| Lithium copper aluminate (Li3CuAl6) 29:068 071 074-076 | ||
| Lithium beryllium hydride (LiBeH3) 41:026-029 031 | ||
| Lithium beryllium hydride ( Li2BeH4) 36:099 | ||
| Lithium beryllium hydride (Li12Be10H32) 41:028 | ||
| Lithium beryllium hydroxide (Li6Be4OH12) 41:030 | ||
| Lithium lead (Li21.6218 Pb30.3347) 36:148 | ||
| Lithium carbon (Li-C) bond lengths 36:059 | ||
| Lithium gallium (LiGa) 19:044 | ||
| Lithium indium (LiIn) 19:044 | ||
| Lithium Thorium Fluoride (Li3ThF7) 18:125 126 | ||
| Lithium zinc 19:043 | ||
| Properties 27:003 | ||
| Resonance theory 25:271-273 | ||
| States 32:087 | ||
| Rotational band in 31:070-071 074-075 077 | ||
| Loading tests | ||
| Discussion of the groups 46:084-085 | ||
| Localized wave functions for particle in rectangular box 28:085 | ||
| Longevity 31:166 167 | ||
| Formula 44:033 | ||
| Lysine 43:132 | ||
| Lysine-ascorbic acid 43:018 | ||