Alphabetical Subject Index
M
| Mackinawite (FeS) 24:103 | ||
| Magic numbers 25:102-104 193 204 205 | ||
| 28 25:201-203 206 | ||
| 40 25:201 | ||
| Diagrams 25:200 | ||
| In cube 28:086 087 | ||
| In cubic nuclei 28:084 | ||
| In square 28:089 | ||
| Shells and 25:229 | ||
| Magnesium (Mg) 39:009 32:026 | ||
| Mg23 32:112 | ||
| Mg24 24:145 32:104 110 | ||
| Marinaga's states of 32:112 | ||
| Rotational bands 32:216 | ||
| Polyhelion 32:217 | ||
| Aluminum, beta (β-Mg2Al3) 17:063 067-068 | ||
| Aluminum, zinc (Mg32(Al, Zn)45,49) 19:056-057 36:104 | ||
| Remeasurements 36:106 109 | ||
| Aluminum, zinc (Mg32(Al, Zn)49) 36:110-111 29:077 | ||
| Remeasurements 36:107 | ||
| Copper 19:055 | ||
| 23492Mg142 42:019 | ||
| Elongation 25:207 | ||
| Excited bands 31:198-199 | ||
| I-quasi magnesium aluminate (Mg2Al3) 35:265 275 | ||
| Marinaga's Mg24 states 32:112 | ||
| Properties 27:012 | ||
| Zinc 19:055-057 | ||
| Magnesium oxide (MgO) 45:054-055 | ||
| Magnesium chloride (Mg8Cl 12+) 44:036-037 039 | ||
| MgCl2 | ||
| Structure 05:022-023 | ||
| Magnesium Platinum Cyanide (MgPt(CN)4•7H2O) | ||
| X-ray diffraction 08:118-121 | ||
| Magnetic moments 18:088 23:281-282 27:137 31:078-081 32:056-059 074-077 200-201 232 233 240 | ||
| Coupling Types 31:078 079 | ||
| Nitrogen 31:082 083 | ||
| of nuclei 32:180 181 194 197 25:062 | ||
| Scandium (43Sc) 18:089-090 | ||
| Schmidt lines and magnetic moments 25:063 | ||
| Sodium 31:089 | ||
| Values of 32:124-125 | ||
| Magnetic susceptibility 13:161-174 | ||
| Magnet properties of palladium (Pd) and silicone (Si) 18:129 131-136 | ||
| Magnetoblumbite | ||
| SrAl12O19 41:094 | ||
| PbFe12O19 41:095 | ||
| Magnetism constant calculations | ||
| Lithium chloride (Li6Cl5) 20:011 | ||
| Manganese (Mn) 23:211 286 37:034-035 39:031 | ||
| Aluminate | ||
| (MnAl6) 17:051 064 29:020 047 164 166-167 169-170 182 188-189 191 35:203 206-207 218 225 238 240-241 262-263 268-270 272-274 38:098 35:092 093 135-137 36:080 083 | ||
| (MnAl6) high-resolution x-ray 36:113 | ||
| Decagonal Mn2Al7 29:214-219 224 226 | ||
| Decagonal (MnAl6) 29:172-175 177 194-197 200 206 | ||
| Decagonal MnAl6 Space Group 29:203 | ||
| Oriented Mn12Al83 29:036 | ||
| 1-75 IBM MnAl6 36:114-115 | ||
| M. Portier's paper on MnAl6 35:205 | ||
| I-MnAl6 35:264 35:058 059-065 067 | ||
| Icosa 29:185 | ||
| (MnAl6-MnAl4) 29:047 | ||
| (MnAl4) 29:047 35:202 36:066 076-081 | ||
| (MnAl2) 35:258 259 | ||
| Aluminum-ruthenium complex (Mn17Al79Ru4) 36:064 067 | ||
| Manganese-aluminum (Mn-Al) volumes 29:038-038a | ||
| Quasi 17:079 081-084 | ||
| Anomaly 17:229 | ||
| Beta (β) 33:062 | ||
| Chloride | ||
| Structure 05:022-023 | ||
| Nickel silicon (Mn66Ni20Si4) 33:062 | ||
| Metallic radii 35:050-052 | ||
| Nitrate (Mn4N) 23:285 287 | ||
| Properties 27:025 | ||
| Oxides of manganese (IV) (Mg IV) 36:011 | ||
| Silicon aluminate (MnSiAl) 36:065 | ||
| Manuscripts | ||
| Bond lengths in molecules 31:232a | ||
| Nitronyl chloride 09:120a | ||
| Many-electron atoms 37:002 003 005 | ||
| Maps | ||
| Big Sur California coastline 23:003 | ||
| Marcasite (FeS2) 24:086 088-089 092 | ||
| Marrite (PbAgAsS3) 24:102 | ||
| Matter | ||
| Properties 18:065-066 | ||
| Mass | ||
| Nuclei Ratio of masses 4+/2+ 35:093 | ||
| Mayo Clinic 40:092 | ||
| Meeting notes 41:002 | ||
| McClure's spd functions 31:190 | ||
| Measurement | ||
| Of 10cm=1ÅIIIB (16, 16, a) 28:011 | ||
| Of all models 28:008 009 010 | ||
| Meet the Press, public response to 1958 appearance | ||
| Correspondence [Re: Meet the Press appearance] | ||
| Allen, Marylouise 21:008 | ||
| Anderson, J. 21:135 | ||
| Armistead, Lynne 21:055 | ||
| Auel, Mrs. William 21:023 | ||
| Baker, Helen E. 21:100 | ||
| Balassa, Leslie and Alice 21:112 | ||
| Bank, Mildred 21:112 | ||
| Bassow, Herbert 21:163 | ||
| Batrin, G.P. Sr. 21:140 | ||
| Besso, Michael 21:012 015 | ||
| Black, E.A. 21:031 | ||
| Bolef, Dan I. 21:115 | ||
| Bower, S. 21:120 | ||
| Brodie, Robert F. 21:088 | ||
| Christian, Mary V. 21:099 | ||
| Coats, Harry P. 21:171 | ||
| Cooper, John F. 21:068 | ||
| Corwin, Edwin 21:107 | ||
| Corwin, Freda 21:107 | ||
| de Mauriac, Dorothy 21:115 | ||
| Drecker, Carl 21:043 | ||
| Drier, Mary 21:036b 039 | ||
| Eagle, Mr. and Mrs. Norman 21:036 | ||
| Eberhardt, W.H. 21:047 | ||
| Faulkner, Douglas 21:127 | ||
| Freeman, L.E. 21:140 | ||
| Fodor, F. F. 21:139 | ||
| Ford, Marjory 21:059 | ||
| Fowler, R.P. 21:059 | ||
| Fritchman, Steven 21:071 | ||
| Gallagher, Hiram 21:007 | ||
| Garramone, Michael 21:052 | ||
| Gianetti, Ethel R. 21:039 | ||
| Gilbert, Gustave 21:147 | ||
| Gladstone, Evelyn and Matthew 21:143 | ||
| Goldstein, Lester 21:079 | ||
| Goodaman, Gerald 21:111 | ||
| Gooding, Pearl R. 21:063 | ||
| Gores, Ann 21:116 | ||
| Greger, Elsa N. 21:175 | ||
| Hackenger, Richard E. 21:079 | ||
| Hammergunt, J.M. 21:047 | ||
| Hardman, Kathleen M. 21:043 | ||
| Herrod, Anne M., 21:035 | ||
| Hochman, Lawrence D. 21:096 | ||
| Holling, Fred and Linda 21:080 | ||
| Hosmer, Helen (to National Broadcasting Company) 21:020 | ||
| Innerst, J. Stuart 21:067 | ||
| Keshishian, V.M. 21:131 | ||
| Kowal, Edward and Annette 21:084 | ||
| Liljestrand, P.H. 21:119 | ||
| Mackintosh, Charles 21:179 | ||
| Mason, Sally E. 21:051 | ||
| Matare, H.F. 21:167 | ||
| McClurry, B.O. 21:040 | ||
| Muller Ernst F. 21:087 | ||
| Myers, Mary P. 21:071 | ||
| Noda, Grant and Grace 21:103 | ||
| Northwood, Blanche 21:027 | ||
| Olgum, Fletcher R. 21:064 | ||
| Page, Robert C. 21:056 | ||
| Penn, H.S. 21:103 | ||
| Price, Caroline 21:119 | ||
| Ramey, Lloyd F. 21:111 | ||
| Reavis, Glenn D. 21:060 | ||
| Reynolds, Brewster Bruce 21:028 | ||
| River, Leslie 21:063 | ||
| Rose, Grace 21:048 | ||
| Roy, Rustum 21:155 | ||
| Russell, Richard R. 21:123 | ||
| Sachs, David J. 21:051 | ||
| Schaefer, Norwood 21:011 | ||
| Schneider, Helda 21:092 | ||
| Schneider, H.W. 21:095 | ||
| Scott, Herschel N. 21:019 | ||
| Siegel, M. 21:151 | ||
| Sills, Louis 21:099 | ||
| Sinclair, Dorothy 21:083 | ||
| Slusher, William 21:096 | ||
| Spaulding, Margaret 21:091 | ||
| Spivak, Lawrence 21:003 | ||
| Spradley, Don 21:179 | ||
| Packard, Walter 21:016 | ||
| Tozer, Lowell and Jean 21:024 | ||
| Tully, Rita 21:087 | ||
| Tuttle, Robert W. Jr. 21:016 | ||
| Ungar, Simon 21:100 | ||
| Walters, P.J. 21:027 | ||
| Walthall, A.E., 21:044 | ||
| Waranop, Peter 21:091 | ||
| Williams, L. 21:139 | ||
| Williams, Louis G. 21:159 | ||
| Newspaper clippings 21:135 | ||
| Transcript 21:000i | ||
| Meionite 06:214-218 230-234 | ||
| Melon 14:041 | ||
| Mercury (Hg) 19:025 028 29:086 295 37:045 39:059 41:138 43:152-153 | ||
| 80Hg 42:084 | ||
| 80Hg 42:015 077 | ||
| 186Hg Rotation 18:117-118 | ||
| 19080Hg110 43:095 | ||
| 193Hg 44:185-186 188-191 218 221 | ||
| 19280Hg112 43:026-027 | ||
| Superdeformed 42:121-124 | ||
| Superprolate 42:038-039 | ||
| 198Hg 19:189 | ||
| 19880Hg118 42:126-129 | ||
| excited bands 31:202-204 | ||
| metallic cluster of Hg6 in Hg6Rh4 (PMe3)12 45:089 | ||
| Platinum (Hg-Pt) 17:122 | ||
| Properties 27:080 | ||
| Rotation 19:188 190 192-193 196-197 | ||
| Mesons 23:265 | ||
| Metal hydrides 20:019 | ||
| Metaldehyde 15:055-056 | ||
| Metals 23:253 27:110-115 | ||
| Alkaline-earth 45:063 | ||
| Boiling point 41:098 101 | ||
| Bonding with hydrates and silicates 25:100-101 | ||
| Multiple bonds 31:154 | ||
| With 8-9 bonds 31:134 | ||
| With other metals 31:282 284-287 | ||
| Charged clusters 17:075 | ||
| Cyclopentadienyl complexes 39:007 | ||
| Electronegativity in alloys 37:098-105 | ||
| High pressure forms 19:045-047 | ||
| Rare earth 37:053 | ||
| Solubility 23:253-256 | ||
| Theory 45:076-083 | ||
| Transition 23:287 | ||
| Valence 41:099 45:071 | ||
| Metal-carbon bonds | ||
| Survey of non-resonating M-C bond values 37:066-067 | ||
| Discussion of M-C bond lengths 37:069 | ||
| Metallic | ||
| Orbitals 17:093 45:062 | ||
| Radii 15:002 31:158-175 35:023-046 049 053 094-096 45:069 | ||
| Manganese (Mn) 35:050-052 | ||
| Tables 35:054 | ||
| Methemoglobin | ||
| Chromatography of 18:001 004-005 | ||
| Combining power 13:004 | ||
| Methyl acetylene | ||
| Points of inflection 09:088-089 | ||
| Methyl ester of triglycine synthesis 17:060 | ||
| Methyl isothyocyante 09:150 | ||
| Methyl thiocyanate 09:151 | ||
| Methylene (CH2) 23:280 | ||
| Mica | ||
| Clintonites 07:076 | ||
| group 07:078-092 096-099 101-117 | ||
| photographs 07:076 | ||
| Michaelis, L. | ||
| Re: Fresh preparation of Wurster's red 14:013 | ||
| Methods for semiquinone research 14:014a | ||
| Michaelis-Menten equation 19:085 | ||
| Microphotometer records | ||
| Carbon tetrachloride 09:072-074 | ||
| Curves | ||
| Benzene 10:010 | ||
| Millerite (NiS) 24:088 096 | ||
| Minerals | ||
| Sulfide 32:270 | ||
| Minimum, second in | ||
| 236, 238U 45:017 | ||
| Mitbewegung correction 32:031 | ||
| Models | ||
| Butene oxide 10:290 | ||
| Measurement of all models 28:008 009 010 | ||
| Simple model for nuclei 28:070-083 | ||
| Moebius strips and strips of H2O 46:016-017 | ||
| Molar volume | ||
| reciprocal of molar volume as a measure of 45:086-087 | ||
| comparison of molar volume for A2 and A1, A3 45:090-091 | ||
| Molecular weight(s) | ||
| LP's experiment 19:014-019 | ||
| calculations 19:020-021 | ||
| Molecules | ||
| Alkali halogenide gas 23:212-213 | ||
| A-B3E 37:085 | ||
| Ice 18:016 | ||
| Water 18:016 | ||
| Molybdenite (MoS2) 24:084 090 | ||
| Notes and graphs 02:010-042 | ||
| X-ray diffraction 02:010-042 | ||
| Molybdenum (Mo) 08:131 138-138a 29:255 35:158 159 161 236-237 37:032-033 054-055 063 39:027 | ||
| 2+ in 42Mo 36:018 | ||
| Aluminum complex 36:063 | ||
| Calculated distances for Molybdenum (Mo) 04:008 | ||
| Calculated distances for Molybdenum Sulphur (MoS2) 04:007 | ||
| Cs 29:118 | ||
| Rb 29:118 | ||
| Molybdenum chloride 24:060 | ||
| Molybdenum (IV) telluride (MoTe2) 24:090 | ||
| Properties 27:042 | ||
| Rotation of Mo isotopes 27:139 | ||
| Rotational levels 28:164 | ||
| Sulphide (MoS2) 31:145 | ||
| Molybdenum silicon (MoSi2) 43:138 154 | ||
| Moment of inertia | ||
| 136U (Uranium) 45:016 018 | ||
| 138U (Uranium) 45:016 018 | ||
| Moments | ||
| Quadrupole 31:076 | ||
| Monte Carlo method 23:188-189 | ||
| Morse function 23:248-250 | ||
| Multiplets | ||
| In nuclei 31:275 | ||
| In PO (atmospheric pressure) 33:044-045 | ||
| Muscle 28:136-139 | ||
| Crystallized 14:057 | ||
| Mytilus 14:059 061 066 | ||