Alphabetical Subject Index
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Alphabetical Subject Index
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N
| Napthalene 34:063 | ||
| National Research Fellows 16:226-258 | ||
| Natrolite 06:006-012 014-029 | ||
| Natural log (ln) | ||
| Copper (ln Cu) 19:027 | ||
| Gold (ln Au) 19:028 | ||
| Silver (ln Ag) 19:026-027 | ||
| Neodymium (60Nd) 29:246-247 42:079 | ||
| 60Nd75 17:137 | ||
| 60Nd78 42:081 | ||
| 60Nd82 17:283 | ||
| 60Nd86 17:282 | ||
| 60Nd86 17:281 | ||
| 60Nd88 17:280 | ||
| 62Nd90 17:286 | ||
| Excited bands 31:205 | ||
| Properties 27:060 | ||
| Neon (20Ne) 31:047 056-057 182 32:028 082-083 110-111 260-261 45:042 | ||
| Electric polarizability of 36:004 | ||
| Metallic Radii 35:055 | ||
| Ne22 at Be10 32:106-107 | ||
| Properties 27:010 | ||
| Rotation 22Ne 27:137 | ||
| Rotational bands 20Ne 18:124 | ||
| Structure 32:016 | ||
| Nephelite 06:060-065 | ||
| Neptunium (Np) | ||
| Properties 27:093 | ||
| Nesbet, R.K. 26:023 025 | ||
| Neurospora 19:086 37:014 | ||
| Neutron(s) 32:122 123 126 | ||
| α, t distribution 25:212-213 | ||
| Atoms with 40 to 50 25:222 | ||
| Atoms with 82 25:250 | ||
| Atoms with 126 25:251 | ||
| Binding 18:087 | ||
| Extra neutrons 25:076-078 102 195 196 | ||
| Neutron and proton addition to αx 32:153 | ||
| Number 90 | ||
| Stability 25:214 | ||
| Odd 25:168-172 | ||
| Odd nuclei 31:084-085 | ||
| Proton ratio 25:146 222-227 259 246 | ||
| Structural number 32:252-253 | ||
| Neutron curve 25:058 | ||
| Neutron diffraction FeNi3 (iron nickel) 45:052-053 | ||
| Neutron pairs 32:018-021 | ||
| Adding pairs of neutrons 25:074-075 | ||
| Binding energy 32:068 | ||
| Energy of addition 32:067 | ||
| Z-even nuclei 25:059 | ||
| Neutron Powder diffraction 17:157-158 195 | ||
| Nickel (Ni) 37:040-041 39:043 | ||
| Antimony hydroxide (Ni(H20)2 Sb(OH)6) 44:130 132 134-147 | ||
| Chloride (NiCl2) 17:030-031 | ||
| Excited bands 31:205 | ||
| Nickel diiridium (NiIr2) 44:003 | ||
| Nickel-potassium sulfate (2NiSO4•K2SO4) 02:002 003 | ||
| Nickel silicate (NiSi2) 32:250 35:014-015 | ||
| Ni2(S2C-CPh)4 31:144 | ||
| Nickel silicon (Ni3Si) 35:014-015 | ||
| Nickel silicon vanadium (NiSiV) 29:102 104 106 116 122-124 126-127 | ||
| Decagonal 17:134 | ||
| Nickel strontium (NiSr) 29:006 | ||
| Nickel tin (IV) chloride 03:114-116 116a-116b | ||
| Nickel titanium (NiTi2) 29:049 | ||
| Nickel thallium (Ni-Tl) 17:130 | ||
| Nickel (X) L' cosa Ni(Tij-xVx)2 40:274 | ||
| Properties 27:028 | ||
| Nickelocene 23:205-207 | ||
| Nicotinic acid 32:126-127 | ||
| Niggliite (NiAs) 24:097 | ||
| Niobide (NbO) 36:098 101 | ||
| Niobium (Nb) 37:031 39:023 | ||
| Nb3Al 32:246-247 249 | ||
| Nb3Ga 32:248 | ||
| Nb3Sb 32:251 | ||
| Properties 27:041 | ||
| Reconsideration of R1 32:249 | ||
| Nitrogen (N) 23:229-234 32:055 37:114 | ||
| Bonds 23:227 28:144-147 149 152-153 | ||
| Disassociation energy 28:034-035 | ||
| N14 32:193 254 | ||
| Magnetic moment 31:082-083 | ||
| Odd 32:080-082 | ||
| Oxides 28:150-151 | ||
| Properties 27:007 | ||
| Stability 23:226 | ||
| Triple bond to O 28:140-143 | ||
| Nitron 35:012 | ||
| Nobel Peace Prize 23:100 | ||
| Noble metals 17:018 29:278 280-281 288 291-293 | ||
| Nolen, J. A. | ||
| Re: 1969 Coulomb energies paper 24:140 | ||
| Nordheim's Rules 18:075 | ||
| Exceptions 18:076 | ||
| Notes | ||
| Boracite 08:004 | ||
| Covellite 08:061-064 | ||
| Digermane (Ge2H6) 09:008-009 | ||
| Hauerite 08:050-051 | ||
| Molybdenum 08:138a | ||
| 4Ni2K2(SO4)3 02:003 | ||
| Paper regarding praseodymium 35:282 | ||
| Projects 34:002 | ||
| Research problems 16:091-112 32:296 | ||
| Spinel 08:005 | ||
| Trigermane (Ge3H8) 09:008-009 | ||
| X-ray diffraction data | ||
| Pyrene 08:150-157 | ||
| Nuclear abundances 25:113 | ||
| Nuclear bomb tests 23:100 | ||
| Nuclear core structures | ||
| K40 32:198 199 | ||
| Nature 25:231 232 | ||
| Nuclear data tables | ||
| Transition N=50 to 82 from 2+ 36:016-017 | ||
| Nuclear fission 19:149-166 27:130-131 | ||
| Nuclear functions 32:228 | ||
| Nuclear magnetic moments 25:062 43:144-145 | ||
| Nuclear sizes 25:274-275 | ||
| Nuclear structure 19:241a-241i 25:013 27:129-137 32:084 170-171 | ||
| Articles by Linus Pauling on nuclear structure | ||
| October 1965: Reprint: "Structural basis of neutron and proton magic numbers in atomic nuclei", Nature, 208 (1965): 174 by Linus Pauling. 26:008 | ||
| September 1965: Reprint: "Structural significance of the principal quantum number of nucleonic orbital wave functions", Phys. Rev. Lett. 15 (1965): 499 by Linus Pauling. 26:010 | ||
| October 1965: Reprint: "The close-packed spheron model of atomic nuclei and its relation to the shell model", Proc. Natl. Acad. Sci. 54 (1965): 989-994, by Linus Pauling. 26:012 014 016 018 020 022 | ||
| October 1955: Reprint: "Localized orbitals in nuclear structure", Phys. Rev. 100 (1955): 228-234, by R.K. Nesbet. 26:023 | ||
| October 1965: Reprint: "The close-packed-spheron theory and nuclear fission", Science 150 (1965): 297-305, by Linus Pauling. 26:024 026 028 030-032 034 036 038-040 042 043 | ||
| November 1965: Reprint: "Structural basis of the onset of nuclear deformation at neutron number 90", Phys. Rev. Lett. 15 (1965): 868-870, by Linus Pauling. 26:044 046-047 | ||
| July 1966: Reprint: "The close-packed-spheron theory of nuclear structure and the neutron excess for stable nuclei (Dedicated to the seventieth anniversary of Professor Horia Hulubei)" Revue Roumain de Physique 11, no. 9,10 (1966): 825-833, by Linus Pauling. 26:048-053 055-057 | ||
| 1968: Reprint: "Geometric factors in nuclear structure", in Maria Skodowska-Curie: Centenary Lectures. Vienna: International Atomic Energy Agency, 1968, 83-88, by Linus Pauling. 26:058-064 | ||
| December 1966: "Baryon resonances as rotational states", Proc. Natl. Acad. Sci. 56, no. 6 (1966): 1676-1677, by Linus Pauling. 26:066-067 | ||
| December 1967: Reprint: Magnetic-moment evidence for the polyspheron structure of the lighter atomic nuclei. Proc. Natl. Acad. Sci. 58, no. 6 (1967): 2175-2178, by Linus Pauling. 26:068-070 | ||
| June 1969: Reprint: Magnetic moments of antimony isotopes and other nuclei. Phys. Rev. 182 no. 4 (1969): 1357-1358, by Linus Pauling. 26:071 072 | ||
| June 1969: Reprint: "Double-humped fission", Phys. Today 22, no. 6 (June 1969): 9,11, by Linus Pauling 26:073 | ||
| November 1969: Reprint: "Orbiting clusters in atomic nuclei", Proc. Natl. Acad. Sci. 64 (1969): 807-809, by Linus Pauling 26:075-077 | ||
| July 1974: Reprint: "Resonance between a prolate and superprolate of the 162 Er nucleus", Proc. Natl. Acad. Sci. 71, no. 7 (1974): 2905-2907, by Linus Pauling and John Blethen. 26:079 081 083 | ||
| 1975: Reprint: "Rotating clusters in nuclei", Can. J. Phys. 53 (1975): 1953-1964, by Linus Pauling and Arthur B. Robinson 26:084 086 088 090 094 096 098 100 102 104 106 108 110 | ||
| November 1975: Reprint: "Structure of the excited band in 24Mg", Phys. Rev. Lett. 35 (1975): 1480-1482, by Linus Pauling. 26:112 113 | ||
| January 1976: Reprint: "Structure of the excited rotational band in 40 Ca", Phys. Rev. Let. 36 (1976): 162-164, by Linus Pauling. 26:114-116 | ||
| October 1980: Reprint: "Superprolate shape of the spontaneous-fission isomer 24OAmm", Phys. Rev. C 22 (1980): 1585-1587, by Linus Pauling. 26:117 | ||
| September 1981: "Changes in structure of nuclei between magic numbers 50 and 82 as indicated by a rotating cluster analysis of the energy values of the first 2+ excited states of isotopes of cadmium, tin, and tellurium", Proc. Natl. Acad. Sci. 78 (1981): 5296-5298, by Linus Pauling. 26:119 | ||
| November 1982: "Rules governing the composition of revolving clusters in quasiband and prolate-deformation states of atomic nuclei", Proc. Natl. Acad. Sci. 79 (1982): 7073-7075, by Linus Pauling. 26:121 | ||
| June 1987: "g factor of the 21+ state in 140Ba and 142Ba", Phys. Rev. C 35 (1987): 2336, by Linus Pauling. 26:122 | ||
| March 1987: Reprint: "Discussion of the coexisting O+ band in the doubly closed subshell 96Zr on the basis of the polyspheron model", Phys. Rev. C 35 (1987): 1162-1163, by Linus Pauling. 26:123 | ||
| June 1990: Reprint: "Regularities in the sequences of the number of nucleons in the revolving clusters for the ground-state energy bands of the even-even nuclei with neutron number equal to or greater than 126", Proc. Natl. Acad. Sci. 87 (1990): 4435-4438, by Linus Pauling. 26:123 | ||
| February 1991: Reprint: "Transition from one revolving cluster to two revolving clusters in the ground-state rotational bands of nuclei in the lanthanon region", Proc. Natl. Acad. Sci. 88 (1991): 820-823, by Linus Pauling. 26:125 | ||
| May 1991: Reprint: "Analysis of the energy of the first four excited states of the ground-state rotational bands of the even-even lanthanon nuclei (58Ce to 70Yb) with the model of a single cluster of nucleons revolving about a sphere", Proc. Natl. Acad. Sci. 88 (1991): 4401-4403, by Linus Pauling. 26:127 | ||
| Calculations by John Blethen 18:018-044 | ||
| Nuclei 17:277 19:070-071 23:274-275 27:130 29:088 177 31:022-023 035 050 055 070 32:269 35:199 210 42:132 133 134 135 136 137 140-141 43:001-003 005-006 008-010 012-021 024 028-029 032 44:007 014 030-032 058 070 092-093 46:062 | ||
| 50-82 + cap 35:212 | ||
| α-t or α-τ resonance 25:055 | ||
| Anisotropic 25:215 | ||
| Anomalous 45:008-013 015 | ||
| Argon (Ar) 43:071 114 | ||
| Assignment of core structures 25:266-267 | ||
| Average values for R for given N 43:120 122-123 | ||
| Barium (Ba) 42:082 43:045 118-119 121 | ||
| 13856Ba82 17:284 | ||
| 14056Ba84 17:281 | ||
| 14256Ba86 17:282 | ||
| 14456Ba88 17:280 | ||
| 14656Ba90 17:286 | ||
| Binding energy 31:024 062-063 066-067 073 32:060-061 | ||
| Carbon (C) 43:131 | ||
| Cadmium (Cd) 43:056 | ||
| Calcium (Ca) 43:071 114 | ||
| 14258Ca84 17:281 | ||
| Centrifugal stretching of nuclei 28:120 | ||
| Cerium (Ce) 43:046 050 | ||
| 14058Ce82 17:284 | ||
| 14658Ce88 17:280 | ||
| 14858Ce90 17:286 | ||
| 15058Ce92 42:013 082 | ||
| Chromium (Cr) 43:068 117 | ||
| Cobalt (Co) | ||
| 14458Co86 17:282 | ||
| Core structure 32:168 | ||
| Assignment 25:248-249 | ||
| Cubic nuclei | ||
| Magic numbers in 28:084 | ||
| Curium (Cm) | ||
| 24896Cm152 42:010 | ||
| Daughter nuclei | ||
| Distance between 25:236 | ||
| Deformed 19:170-171 32:070 078 079 31:091 093 256 257 | ||
| Dimensions 28:160-163 | ||
| Dysprosium (Dy) 42:085 43:041 049 | ||
| 14866Dy82 17:283 | ||
| 15066Dy84 17:284 | ||
| 15266Dy86 17:282 | ||
| 15466Dy88 17:279 | ||
| 15666Dy90 17:285 | ||
| Energy 32:003 | ||
| Polyhelic nuclei 25:012 | ||
| Erbium (Er) 43:049 | ||
| 15068Er82 17:283 | ||
| 15268Er84 17:284 | ||
| 15468Er86 17:282 | ||
| 15668Er88 17:279 | ||
| 15868Er90 17:288 42:073 085 | ||
| 16068Er92 17:287 292 | ||
| 16268Er94 17:296 | ||
| 170Er 42:006 | ||
| Even-even nuclei | ||
| Negative parity states 25:216 | ||
| Excited states 31:028-031 32:004 023 | ||
| Gadolinium (Gd) 43:040 | ||
| 14664Gd82 17:283 | ||
| 14864Gd84 17:281 | ||
| 15064Gd86 17:282 | ||
| 15264Gd88 17:279 | ||
| 15464Gd90 17:286 | ||
| Germanium (Ge) 43:116 130 | ||
| Hafnium (Hf) 43:054 055 | ||
| Helions 25:152-153 | ||
| Helion-triton formula 25:161 | ||
| Hyperdeformed 44:214 | ||
| Inner core 25:167 | ||
| Internucleonic forces 25:052-054 | ||
| Iron (Fe) 43:069 117 | ||
| J=L-1/2 18:071 | ||
| Kinetic energy 31:060 | ||
| Krypton (Kr) 43:065 | ||
| Layer Structure of 32:127 | ||
| Light | ||
| Coulomb energy 32:152 | ||
| Structure 32:131 | ||
| Light nuclei 18:070 085 086 24:136 138 139 25:048-050 | ||
| 16O 18:123 | ||
| Magic numbers in cubic nuclei 28:084 | ||
| Magnetic moments 18:074 | ||
| Magnesium (Mg) 43:070 115 | ||
| 2417Mg12 42:013 | ||
| Mercury (Hg) 42:077 | ||
| Isotopes 19:239-240 | ||
| Molybdenum (Mo) 43:060 | ||
| 10642Mo64 42:013 | ||
| Moments for odd-odd nuclei 32:146 | ||
| Multiplets 31:275 33:041-042 | ||
| Neodymium (Nd) 43:042 046 050 | ||
| 14260Nd82 17:283 | ||
| 14060Nd86 17:282 | ||
| 14460Nd84 17:281 | ||
| 14860Nd88 17:280 | ||
| 15062Nd90 17:286 | ||
| Structure 25:237-245 | ||
| Strontium (Sr) 43:062 | ||
| Structure 27:124-137 | ||
| Light nuclei 32:131 | ||
| Atomic nuclei 26:054 | ||
| Dineutron-heloin-oxygon theory 25:010-011 | ||
| Stable nuclei 25:237-245 | ||
| Sulfur (S) 43:071 114 | ||
| Summary 29:089 | ||
| Superdeforme 44:018-026 029 040 | ||
| Superprolate structures of 36:015 | ||
| Tellurium (Te) 42:082 43:047 | ||
| 13452Te82 17:284 | ||
| 13652Te84 17:281 | ||
| Theory 31:200-201 | ||
| Tin (Sn) 42:082 43:044 | ||
| 13250Sn82 17:284 | ||
| Titanium (Ti) 43:117 | ||
| Transuranium 24:124-127 132-133 | ||
| Tritons 25:152-153 | ||
| Two-layer nuclei 18:069 | ||
| Tungsten (W) 43:048 054 055 | ||
| 17074W96 17:293 | ||
| Values of E4+/E2+ (electron energy) 35:090 | ||
| With n Clusters 43:006 | ||
| Xenon (Xe) 42:082-083 43:045 082 | ||
| 13654Xe82 17:284 | ||
| 13854Xe84 17:281 | ||
| 14054Xe86 17:282 | ||
| Ytterbium (Yb) 42:085 43:040 050 051 | ||
| 15270Yb82 17:283 | ||
| 15670Yb86 17:281 | ||
| 15870Yb88 17:279 | ||
| 16070Yb90 17:291 | ||
| Z 43:115 | ||
| Zinc (Zn) 43:066 116 | ||
| Zirconium (Zr) 43:063 | ||
| Nucleons | ||
| Charge 23:264 | ||
| Packing 25:191-192 | ||
| Volume 25:206 | ||
| Nucleus | ||
| Doubly magic 310 126 32:095 | ||
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