Alphabetical Subject Index
S
| S | ||
| Forms with the same S (lattice points) 35:148 | ||
| Treatment of WSi2 S variable 32:178 | ||
| Samarium (Sm) 29:246 247 35:220-221 | ||
| Properties 27:062 | ||
| 13662Sm74 17:227 | ||
| 140Sm86 42:081 | ||
| 14262Sm80 44:162 | ||
| 144-15662Sm 42:007 | ||
| 14462Sm82 17:283 42:058 | ||
| 14862Sm86 17:282 | ||
| 14662Sm84 17:281 | ||
| 15052Sm88 17:280 | ||
| 15262Sm90 17:286 | ||
| Scallop 14:063 | ||
| Scandium (Sc) 37:027 | ||
| 43Sc 18:090 | ||
| Magnetic moments 18:089-090 | ||
| Energy levels for 27:106-107 | ||
| Properties of 27:021 | ||
| Scandium Di-iridium 36:042-043 | ||
| Schizophrenia | ||
| Ascorbic acid 32:222-223 | ||
| Schmidt lines and magnetic moments 25:063 | ||
| Sea cucumber 14:065-066 | ||
| Second minimum | ||
| In 236,238U 45:017 | ||
| Selenium (Se) 29:253 35:161 39:011 | ||
| Properties 27:034 | ||
| 21Se4827 18:077 | ||
| 7234Se38 29:229 | ||
| 74Se 29:222-224 | ||
| 7534Se41, 43 44:001 094 | ||
| 7434Se40 29:220-222 225 269 44:023 023 | ||
| 7634Se42 29:229 | ||
| Semiquinone | ||
| Reinvestigation 14:010 | ||
| Solution of Wurster's red, W-1 14:006-007 | ||
| Substance 14:008 | ||
| Wurster's red and Wurster's blue 14:004-005 | ||
| Fresh prep of Wurster's red [correspondence with L. Michaelis] 14:013 | ||
| Preparation and study of Wurster's red [by Fred Stitt] 14:011-012 | ||
| Sesquioxides, A-modifications of 04:038 039 | ||
| Shells | ||
| Magic numbers 25:229 | ||
| Shell model 25:065 | ||
| Argument regarding 32:094 | ||
| Interpretation 25:061 | ||
| Packing of nucleons | ||
| Discussion of value of A or a 25:184-187 | ||
| Shells for close packing 25:092 093 | ||
| Shoemaker, David | ||
| Laboratory data 20:002-005 | ||
| Shok, David 25:146 | ||
| Silicates 33:052 | ||
| Bonding with metals and hydrates 25:100 101 | ||
| Paper by William Bragg 07:216-218 | ||
| Silicon (Si) 37:028-029 39:019 32:085 258 259 31:182 | ||
| (Si28) 32:112 256 | ||
| Si20 35:246 247 249 | ||
| High-pressure 40:162 | ||
| Properties of 27:014 | ||
| Silicon sulphide (SiS2) 24:104 | ||
| Structure 32:016 | ||
| Volume 17:203 205-206 | ||
| Silica Gel 07:232-233 | ||
| Silver (Ag) 37:043 39:053 | ||
| Ag-M systems 17:269-272 | ||
| Cadmium (AgCd) 36:147 | ||
| Indium (Ag-In) 17:124 | ||
| Properties of 27:047 | ||
| Reconstructed 37:092-093 095 | ||
| 47Ag10356 32:099 | ||
| Silver cyanate (Ag3Co(CN)6) | ||
| Structure 45:001 | ||
| Structure of Ag3Co(CN)6 46:001-008 | ||
| Sizes 25:080 081 082 | ||
| Helion in 016 25:094 095 | ||
| Recapitulation on sizes 25:086-091 | ||
| Values of r-p 25:083 | ||
| Values of r-t1τ 25:084 085 | ||
| Smythite (Fe3S4) 24:092 | ||
| Sodalite | ||
| X-ray diffraction 06:124-130 132 134 | ||
| Sodium (Na) 31:085-087 | ||
| Sodium azide x-ray diffraction data (NaN3) 04:072-085 087 | ||
| Copper oxide (NaCuO2 NaCuO) 29:031 | ||
| Iron cyanide nitride complex (Na2 Fe(CN)5NO•2H2O) | ||
| Magnetic properties 17:052 | ||
| (Na22) | ||
| Deformation of 32:128 | ||
| Magnetic moment 31:089 | ||
| Properties 27:011 | ||
| Sodium chromium (II) sulphate (NaCrS2) 24:091 | ||
| Sodium beryllium hydride (Na2BeH4 ) 36:099 | ||
| Sodium cyamelurtricyanamide 08:146-147 | ||
| Sodium cyanide 08:139-140 | ||
| Sodium dicadmium (NaCd2) | ||
| Notes 02:004-005 130-135 | ||
| Type Xls 36:061 | ||
| X-ray diffraction 02:004-005 130-135 | ||
| Sohlippe's salt (Na3SbS4•9H20) 24:091 | ||
| Soligmannite (CuPbAsS3) 24:093 | ||
| Solubility of gases in water 20:126-129 31:254 | ||
| Soman (Gd) 42:003 | ||
| Space-group theory, application of 02:082-083 04:028 | ||
| Space groups for cubic crystals 02:145-147 | ||
| Spdf tetrahedral orbitals 45:040-041 | ||
| Amount of f 19:222 224 | ||
| Spectral data 37:106-107 | ||
| Spectrometer | ||
| Ionization 07:020-024 | ||
| Sperrylite 14:036 | ||
| Sphalerite (SnSB3 ) 24:084 098 | ||
| Spherical triangles 32:264 | ||
| Spherons (N) 32:047 066 213 | ||
| Energy of 33:043 | ||
| Core | ||
| Triangular (three spherons) 25:220 | ||
| Tetrahedral (four spherons) 25:221 | ||
| Rotations 31:032 033 | ||
| Shells 25:178 198 199 | ||
| Volume 25:180 | ||
| Spinel (γ-Al2O3) 08:005 | ||
| Spin-spin interactions 27:100 | ||
| Stannates (Sn) 07:063-065 | ||
| Steinhardt, Paul 17:100 117 | ||
| Proposed letter draft to Science on icosahedral symmetry 17:099 | ||
| Stibnite 08:059 | ||
| Stitt, Fred 14:011-012 014 041-044 | ||
| Strain in rings 35:055 | ||
| Strained bonds 23:243-246 283-285 | ||
| Stretching 32:027 | ||
| Strength of bond orbitals 28:090 | ||
| Strips and moebius strips of H2O 46:016-017 | ||
| Strontium (Sr) 29:253 35:158-159 161 39:009 | ||
| Sr224 What is the angle between the axes of one of my icosatwin cubes and the 5-fold axis of the seed dodecahedron? 35:222 | ||
| Properties 27:038 | ||
| Rotational levels 28:164 | ||
| Strontium aluminum oxide (SrAl12O19) 41:094 | ||
| Structures (chemical) | ||
| 820-atom 36:085 | ||
| A-15 32:174-175 177 | ||
| Aluminum iron manganese (Al7(Mn1Fe)2) | ||
| Decahedral 29:198 207 212-213 | ||
| Aluminum manganese silicon 17:201 | ||
| Aluminum tungsten (Al12W) 40:267 | ||
| Assignment 25:252-257 260-262 266-267 | ||
| Body-centered | ||
| Pentagonal dodecahedrons 20:038 | ||
| Undistorted dodecahedra 20:041-052 | ||
| bifurcated H bonds 28:019 | ||
| Cadmium arsenic 18:045-048 055-058 | ||
| Cadmium chloride 05:022-023 | ||
| Cadmium iodide 05:024 | ||
| Cobalt hydrocyanide (H3Co(CN)6) 46:001-008 | ||
| Complex structures 28:023 | ||
| Copper (I) bicarbonate (Cu(HCOO2)•4H2O) 46:015 | ||
| Crystalline globular proteins 28:051-054 | ||
| Cubic closest packing 20:098 | ||
| Face-centered | ||
| Packed pentagonal dodecahedra 20:062-066 | ||
| Icosahedral 35:142 | ||
| Intermetallic compounds with chrome silicon thorium (ThCr2Si2) structure 40:146 | ||
| Iron 32:016 | ||
| Iron(III) hydrogen dioxide (FeHO2) 46:010-014 | ||
| Localized stable 25:218 | ||
| Magnesium chloride 05:022-023 | ||
| Manganese chloride 05:022-023 | ||
| Neon 32:016 | ||
| Number of 45:064-065 | ||
| Oxygen (O16) 32:005 | ||
| Protein structure, methods of determining 28:056-058 | ||
| Relations between metals, hydrates, and silicates 25:100-101 | ||
| Silicon 32:017 | ||
| silver cobalt cyanide (Ag3Co(CN)6) 46:001-008 | ||
| Space-group criteria (lattice) 03:143-145 | ||
| Sulfide minerals 24:078-080 | ||
| Vanadium nickel (decagonal) 17:131 | ||
| Vanadium nickel Silicon (decagonal) 17:131 | ||
| Vanadium sulfur copper | ||
| Cluster 29:231 | ||
| Complex 29:237 | ||
| Zinc chloride 05:022-023 | ||
| Subshell Sequence | ||
| Relation to packing model 25:174-179 | ||
| Suess, H.E. | ||
| On nuclear abundances 25:113 | ||
| Sulfanilamide 13:132 | ||
| Sulfides 24:081-082 29:279 | ||
| Sulfide minerals 32:270 | ||
| Electroneutrality principle 24:105 | ||
| Structure 24:078-080 | ||
| Sulphur (S) | ||
| Instability function 39:003-031 | ||
| Properties 27:016 | ||
| Types of atoms 24:107 | ||
| S6 19:022 | ||
| S32 32:112 31:185 | ||
| S32 as O16 32:106 | ||
| Sulphur prolate 45:026-027 | ||
| Sulvanite (Cu3VS4) 24:083 25:121 123 | ||
| Summary of orbitals 25:064 | ||
| Superconductivity 17:019-020 073-074 077-078 103-112 155-156 186 223 19:049-052 054 32:166-167 40:098-099 | ||
| Theory 46:032 034 037 039 040-042 047 050-056 106 | ||
| Superconduction | ||
| High Tc 17:071-072 | ||
| Superconductors 17:101-102 140 29:034 | ||
| Patent 17:139 155 | ||
| U6M 32:244 | ||
| Superdeformation (19280Hg112) 42:121-124 | ||
| Superprolate (19280Hg112) 42:038 039 | ||
| Structures of nuclei 36:015 | ||
| Symmetry energy 32:005 | ||
| Swedenborgite 07:071 246 | ||
| Goniometric measurement 07:072-073 | ||