Alphabetical Subject Index
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Alphabetical Subject Index
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R
| Radial distribution | ||
| Methylene bromide 12:148-151 | ||
| P and n in Ca40 32:229 | ||
| Radii | ||
| High valence 31:156-157 177 | ||
| Neon (Ne) 35:055 | ||
| Plutonium (Pu) 35:055 | ||
| Uranium (U) 35:046-047 | ||
| Metals | ||
| Electron transfer 19:039 | ||
| Transition 19:184-185 187 | ||
| Multiple bond radii 31:232 | ||
| Nuclei 25:142-143 | ||
| Nucleons | ||
| Odd nucleons 33:040 | ||
| Single-nucleon energies 33:041 | ||
| Shells 24:146-147 | ||
| Values of R 2+ 29:095 | ||
| Radioactive fallout 23:106-107 | ||
| Radium (Ra) 29:084-085 087 35:155 162-163 180-181 39:009 41:119 42:040 042 052 | ||
| Bands 35:194-197 | ||
| 88Ra 42:020 022 | ||
| 131Ra 42:059 | ||
| 21888Ra130 41:116-118 120-121 123 126-127 | ||
| 21688Ra128 35:150 | ||
| 220Ra 35:177 | ||
| Levels 35:150 | ||
| Rotational levels 35:152-153 | ||
| Radius of revolution | ||
| R (in fm) for ground band of isotopes with mass m (Dal) 35:296 | ||
| Curium(Cm) 35:296 | ||
| Plutonium (Pu) 35:296 | ||
| Thorium (Th) 35:296 | ||
| Uranium (U) 35:296 | ||
| Radioactivity 43:127 | ||
| Radiotherapy 35:005 | ||
| Radon (Rn) 29:082-083 085 254 35:182-183 39:009 42:044-045 052 | ||
| Properties 27:086 | ||
| 86Rn 42:020 022 | ||
| 21086Rn124 36:020 | ||
| 21486Rn128 42:053 | ||
| Rate of reactions 19:003 005 | ||
| Rath, Matthias | ||
| Paper 44:015 | ||
| Recalculation | ||
| 76Kr 45:024 | ||
| 238mU 45:025 | ||
| Reid, B.W. | ||
| Common cold 18:099 101 | ||
| Renal deficiency 43:118 | ||
| Research | ||
| Problems 16:091-112 24:076a 32:135 296 | ||
| Pure and industrial defined 23:102 | ||
| Ewing, Fred | ||
| Notes and calculations 29:039-045 | ||
| Resonance(s) 19:186 | ||
| Baryon 31:010-013 | ||
| Beryllium (Be) 4Be37 25:028-029 | ||
| Carboxylate 28:148 | ||
| Giant 24:144-145 | ||
| Helium (He3) 25:030 | ||
| Hydrogen (H3) 25:030 | ||
| Interatomic Distances 23:168-173 | ||
| Lithium (Li7) 25:029 | ||
| P-p Dibaryon at 2140, 2280 and 2430 MeV 33:063 | ||
| Particles 32:119-120 | ||
| Theory 17:093 | ||
| Theory of nuclei 25:267-273 | ||
| Trihelion 32:103 | ||
| Tetrad of trihelion 25:025 | ||
| Resonance energy 27:120-121 | ||
| Per covalent bond 35:022 | ||
| Resonant States | ||
| Particles 32:116-117 | ||
| Reynolds, Walt | ||
| Table 19:276 | ||
| Rhenium (Re) 37:034-035 39:031 039 | ||
| Aluminum (ReAl4) 36:068 | ||
| Properties 27:075 | ||
| 178Re75 41:001 003 | ||
| Dirhenium tetrahalide-tetraphospo- compounds (Re2X4(PR3)4) 32:277 | ||
| Rhodium (Rh) 19:200 202-203 37:038-039 060-061 | ||
| Boron (Rh4B4) 19:198-199 201 | ||
| Properties 27:045 | ||
| Rhodium carbonate (Rh6(CO)16) 31:281 | ||
| Rhodozite 32:071 073 | ||
| Rhombohedral units 02:046-047 150-151 | ||
| Ring strain 35:055 | ||
| Rockefeller Institute for Medical Research | ||
| Job offer to Linus Pauling 16:037 | ||
| Rotating clusters 28:156 30:250-251 | ||
| Rotation(s) | ||
| Carbon 32:252 | ||
| Clusters 30:250-251 | ||
| Curium (Cm) 24:120-123 | ||
| Molybdenum (Mo) isotopes 27:139 | ||
| Neon (22Ne) 27:137 | ||
| Nuclei 24:149 | ||
| N = 90 to 124 45:007 | ||
| Particles 32:116-118 | ||
| Oxygen (O16) excited states 32:101-103 | ||
| Polarization by proton 32:158-159 | ||
| Restricted 20:103-105 | ||
| Spherons 31:032 033 | ||
| Thoruium (Th) 24:120-123 | ||
| Virial theorem 44:197 | ||
| Rotational band 28:124 125 | ||
| Lithium (Li) 31:070-071 074-075 077 | ||
| Neon(20Ne) 18:124 | ||
| Rotational energy 32:022 | ||
| Holmium (Ho) 32:036-037 | ||
| Rotational levels | ||
| Erbium (16268Er94) 28:121 127-131 | ||
| Forking in 28:135 | ||
| Beryllium (Be) 32:006-007 | ||
| Hafnium (16872Hf96) 45:070-075 | ||
| Helium (He) 32:006-007 | ||
| Molybdenum (Mo) 28:164 | ||
| Nuclei 35:084-089 091 | ||
| Radium (Ra) 35:152-153 | ||
| Ruthenium (Ru) 28:164 | ||
| Strontium (Sr) 28:164 | ||
| Zirconium (Zr) 28:164 | ||
| Rotational states 32:069 | ||
| Observed energy values of rotational states of 158Er 45:038 | ||
| Rotator | ||
| Beryllium | ||
| Be8 32:221 | ||
| Be9 32:221 | ||
| Be10 32:221 | ||
| Boron (B10) 32:220 | ||
| Carbon (C10) 32:220 | ||
| Lithium | ||
| Li6 32:221 | ||
| Li7 32:220 | ||
| Magnesium (Mg24) 32:220 | ||
| Neon (Ne20) 32:220 | ||
| Planar 32:258 | ||
| RNPD 43:124-125 | ||
| Rubidium (Rb) 39:035 | ||
| Copper Oxide (RbCuO) 29:031 | ||
| 7837Rb41 45:093 | ||
| Mo in 29:118 | ||
| Properties 27:037 | ||
| Rubidium carbonate (H2Ru6(CO)18) 31:280 | ||
| Ruthenium (Ru) 29:257 35:161 37:036-037 058-059 | ||
| Aluminum (Ru-Al) 36:060 | ||
| (RuAl4) 36:068 | ||
| (Ru21Al49) 36:105 | ||
| Ru6C(CO)17 31:144 | ||
| bonding 31:283 | ||
| Iridium (Ru-Ir) 36:036 | ||
| Nuclei 28:165 | ||
| Properties of 27:044 | ||
| Rhodium (Ru-Rh) 36:037 | ||
| Rotational levels 28:164 | ||
| Rutherfordium (Rf) 39:019 | ||
| Rutite and anatase 35:224 | ||
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