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Jaeger F.M. — Lectures on the principle of symmetry and its applications in all natural sciences
Jaeger F.M. — Lectures on the principle of symmetry and its applications in all natural sciences



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Название: Lectures on the principle of symmetry and its applications in all natural sciences

Автор: Jaeger F.M.

Аннотация:

The present book originated in a series of lectures delivered by the author during the winter and spring 1916—1917 at the University of Groningen, The matter of these was afterwards augmented by the contents of some addresses held about ten years ago at the University of Amsterdam, and by that of some others delivered in various places in this country and in America. In response to a desire, repeatedly expressed by some of his friends, the author has finally resolved to publish these lectures in bookform Only in occasional passages, however, does it betray this devious course of development.


Язык: en

Рубрика: Математика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1917

Количество страниц: 333

Добавлена в каталог: 20.08.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Simon (L.)      221 289
Simplicity (of indices)      77
Simulative symmetry      172 173 174 176 178
Simxiltaneous motion (of planes)      26 30
Sixfold symmetry      22 25 79 127 140
Skita (A.)      272
Slimmer (M.)      291 292
Snarmont (H. de)      252
Snow-crystals      167 168
Sodium      149 150 151
Sodium-$\alpha$-camphor-nitronate      214 273
Sodium-ammonium-racemate      198 201 202 207 266
Sodium-ammonium-tartrate      207 208 281
Sodium-bromate      179 181 264 265
Sodium-chlorate      107 132 179 181 189 208 257 264 265 266 267
Sodium-chloride      147 149 150 151
Sodium-hydrophosphate      264
Sodium-hydroxide      226 293
Sodium-nitrate      266
Sodium-periodate      34 179
Sodium-racemate      202
Sodium-tartrate      202 207
Sodium-tripotassium-chromate      192
Sodium-tripotassium-sulphate      192
Sodium-urany-acetate      264
Sohncke (L.)      109 118 123 126 127 128 129 130 134 141 153 181
Solenoid      94 103 104 105
Sollas (W. J.)      134
Solubility (of antipodes)      203 204 214 215 242 280 281
Solution-bodies      87
Solution-phenomena      87
Solvents (active)      281 282 297
Solvents (influence of)      278 279
Sommerfeld (A.)      143
Soret (Ch.)      97 208
Space-lattices (definition)      113 114
Space-lattices (properties)      113 114 115 116 117 118 148
Space-lattices (significance of)      113 118 149 150 151 152 156 158 160 164
Space-lattices (symmetry)      115 116 118 148 183 194
Species      195
Specific action (of enzymes)      216 220 290
Specific symmetry      91 285 286
Spectra of (Rontgen-radiation)      147 148 151 152
Speed (of reaction)      106 217 218 219 220 221 226 275 276 280 282 283 287 288 293 299
Spencer (H.)      286
Sphere (of influence)      136 137
Sphere (of projection)      82 83
Spherical symmetry      72 87 229
Spicula (of radiolaries)      68 83
Spiral (Archimedian)      158 164
Spiral (genetic)      156 157 159 160
Spiral (logarithmic)      161 162 165
Spiral structure      155 156 157 161 164
Spiral theory (of phyllotaxis)      155 156
Spitta (A.)      219
Spontaneous fission      199 201 202 203 205 208 209 210 266
Spring (V.)      87
Spyridibotrys trinacria      59
Stability (mechanical)      55 196 197 271 277 283 284 299
Stadel (W.)      201
Stadtlander (K.)      185
Standard-forms      6 7
Star-fishes      3 60
Stark (J.)      142 194
Statistic investigations      103 107 108
Steinmetz (H.)      192
Stephanophyllia c'omplicata      61
Stephanophyllia elegans      61 64
Stereochemistry      200 214 228 233 235 236
Stereometrical arrangement (of atoms)      229 244 245
Stereoscope      4
Sterohedron      131
Stewart (A. W.)      266
Stilbite      176
Stirrer      40
Stoehr (C.)      247
Stokes (G. G.)      96 97
Striation      173 185 186
String-galvanometer      106
Strong (W. M.)      286
Strontium-dithionate      179
Strontium-hydro tartrate      35
Strontium-nitrate      179 181
Structure (of crystals)      77 123
Structures (regular)      123
Struvite      58
Strychnine      213 214 237 284
Strychnine-racemate      215 216
Strychnine-selenate      181
Strychnine-sulphate      179 181 189
Strychnine-tartrates      215
Sub-groups      72 80 89 90 96 97 103 104
Submicroscopical lamellae      181 192
Substitution (and crystal-form)      135 136
Successive reflections      26 31
Sugars      217 220 287
Sulphides (crystakforms of)      141
Sulphur-atom (asymmetric)      233
Sulphur-dioxide      146
Sun-f lower      156 161 163
Superposition (of physical causes)      93 102 103 104 105 106 107 108
Supersaturated solutions      206 207 208 209 210
Surface-density      115
Swarts (F.)      237
Swietenia mahagoni      60
Sylvine      148 149 169
Symbols (fylfot-)      36
Symbols (of groups)      36 69
Symmetry      1 2 6 10 11 33
Symmetry (aesthetic action)      2 3 4 5
Symmetry (apparent)      119 120 171 172 182 183
Symmetry (axis)      3 8 13 14 19 21 22 26 33 34 41 42 72 87 88 89 103 110 116 123 124 125
Symmetry (centre)      71 100 101 115
Symmetry (character)      11 17
Symmetry (crystallonomical)      134 135
Symmetry (definition)      10 11 14
Symmetry (doctrine of)      2
Symmetry (maximum)      96
Symmetry (mimetic)      120 166 180 193
Symmetry (minimum)      97
Symmetry (molecular)      229 234 238 241 244 256
Symmetry (of natural forms)      6 7
Symmetry (of patterns)      97 98 99 100 101
Symmetry (physical)      86 87 94 99
Symmetry-elements      19 21 25
Symmetry-plane (diagonal)      56 63 65 66 70 71
Symmetry-plane (horizontal)      4 5 56 63 65 70 71
Symmetry-plane (vertical)      4 5 56 63 65 70 71
Symmetry-principle      1
Symmetry-properties      10 11 19 20 21 48 80 82
Synoecum turgens      61
Synthesis (artificial)      283 285 286 287 299
Synthesis (asymmetric)      285 286 287 289 295 299
Synthesis (natural)      283 285 286 287 289 295 299
System (crystal)      72 80 81 82
System (cubic)      81 84 119 138 139
System (regular)      113 126 128
Systems (congruent)      7 8 9 16 18 20
Systems (infinite)      16 17 18 110 126 127 128 154
Systems (limited)      16 18 27 109 110
Systems (point-)      91 112 113 127 128 129 130
Systems (symmetrical)      126 127 128 129 130
Systems (unlimited)      16 17 18 27 91 110
Talc      169
Tammes (J.)      108
Tanret (G.)      250 252
Tartaric acid      198 206 212 213 220 224 226 245 256 282 291 295 303
Tartrates      201 202
Tautomeric changes      227
Tendency (to higher symmetry)      178
Tendril      8
Terada (T.)      143
Teratology      196
Ternary axis      22 23 79 128
Ternary symmetry      34
Tetarto-symmetry      31
Tetartohedral forms      54 72 80 129
Tetartohedrism      80 82 89 129
Tetra-ethyl-ammonium-stannichloride      193
Tetra-ethylenediamine      6
Tetracetyl-helicine      292
Tetragonal axis      22 24
Tetragonal motifs      120 121
Tetragonal patterns      112 120 121 126
Tetragonal repeats      120 121
Tetragonal system      81 119
Tetrahedral-pentagon'aldodecahedron      84 85 86
tetrahedron      10 15 42 85 86 229 234
Tetrahedron-group      42 43
Tetrahexahedron      86
Tetrahydro-quinaldine      212
Tetrahydro-quinaldine-hydrochloride      212 262
Tetramethyl-methane      229
Tetramethylammonium-platini-chloride      193
Tetramethylene-derivatives      248
Tetrapropyl-ammonium-platini-chloride      193
Thamnastrae avachnoides      64
Theorems (Euler’s)      18 19 28 124 125
Theorems (of rational parameters)      76 77
Theorems (of reflection)      144
Theories (mathematical)      1
Theory (Barlow — Pope’s)      136 137 138 139 140 141
Theory (Bravais      1 122 123 134
Theory (crystal-structure)      17 18 110 122 123 130 132 133 136 141 149 152
Theory (Mallard’s)      182 192
Theory (phyllotaxis-)      155 165
Theory (Stokes’)      96 97
Theory (Van ’tHoff — Le Bel’s)      152 228
Thermal equilibrium      225
Thionyl-chloride      278
Thomas (M. B.)      238
Thompson (H. B.)      293
Tijmstra. Bzn. (S.)      292
Tin-atom (asymmetric)      233
Tolloczo (St.)      281
Torsion      90 103 104 105
Total asymmetric synthesis      289 299 304
trans-Campho-tricarboxylic-anhydride      222
Transformation (of coordinates)      9
Transformations (polymorphic)      186 187 191 192
Transition (polysymmetric)      192 193
Transition-point      186 187 191 192 193
Transition-temperature      186 187 191 193 202 203 205 206 210 214 215 216 223 266 293
Translations      12 14 17 18 27 28 110 111 123 124 125 156
Transversal growth      162
Trapezohedron      39
Traube (H.)      141 258
traws-$\pi$-Camphanic acid      222
Tri-$\alpha$-phenantroIin e-salts      107
Tri-ethylenediamine-chromi-iodide      214 242
Tri-ethylenediamine-chromi-rhodanide      242
Tri-ethylenediamine-cobalti-iodide      240 242
Tri-ethylenediamine-cobalti-rhodanide      240 242
Tri-ethylenediamine-rhodium-bromide      214 225 260
Tri-ethylenediamine-rhodium-iodide      242
Tri-ethylenediamine-rhodium-rhodanide      242 260
Tri-ethylenediamine-salts (complex)      225 239 240 242 253 260 261 266
Tri-thallo-hydro-sulphate      192
Trialkali-hydro-selenates      192
Trialkali-hydro-sulphates      192
Triammonium-hydro-sulphate      192 193
Triboluminescence      223
Triceratium digitate      64 68
Triceratium pentacrinus      64
Triceratium Robertsianum      64 68
Trichites      167
Trichlogin maritimum      59
Triclinic symmetry      55 81 119
Tridimensional gratings      113 143
Tridimensional patterns      113 143 144
Triethylenediamine-cobalti-bromide      189 190 213 214 240
Trigonal axis      22
Trigonal system      81 119
Trigonal trapezohedron      39
Trillings      173
Trimethylamine      227
Trimethylene-dicarboxylic acids      250
Trimethylene-tricarboxylic acids      250
Trioxy-glutaric acid      245 246
Trip hast a trifoliata      35
Triphenylmethyl      153
Tripotassium-hydro-selenate      192
Tripotassium-hydro-sulphate      192
Tripotassium-sedium-chromate      192
Tripotassium-sodium-sulphate      192
Tripropylamine-platini-cbloride      193
Tris tetrahedron      86
Tris-$\alpha$-dipyridyl-ferro-salts      225
Trisoctahedron      86
Trivalent carbon-atom      153
Tropine      226
Tschermak (G.)      74 172
Tschugajeff (L.)      223
Tungsten-anticathode      147
Tunnaline      58 96 98 99 100 101 179
Tutton (A. E. H.)      136
Twinning      54 101 169
Twinning (polysynthetic)      54
Twinning-axis      169 170
Twinning-laws      170
Twinning-plane      169 170 173 174 175 176 177
Twins (completion-)      170
Twins (compound)      169 170 171
Twins (cyclic)      171
Twins (polysynthetic)      171
Types (of space-lattices)      115 116 118 148
Types (of symmetrical figures)      73
Typical operations      18 19
Ulpiani (C.)      286
Unary axis      23
Undosa undulata      59 64
Uniaxial crystals      180 181 182
Unit (of pattern)      112 114
Unit-stere (theory of)      136 137
Unlimited systems      16 17 110
Unrestricted forms      84 85
Unsaturated compounds      227 253 255
Unsymmetrical figures      35
Uranyl-double-acetates      181
Uranyl-magnesium-sodium-acetate      192
Uranyl-salts (photochemical catalysis by)      301
Valency      136 137 227 277
Valeric acid      292
Vectorial properties      91
Vectors (symmetry of)      91
Vegard (L.)      183
Velocity (of decomposition)      217 218 219 220 221 280 288 293 299
Velocity (of diffusion)      281
Velocity (of racemisation)      224 228
Velocity (of reaction)      106 217 218 219 220 221 226 275 276 280 282 283 287 288 293 299
Velocity-const ants      280
Vibrating radicals      227
Vibrations (harmonic)      3
Villari (E.)      103
Villiers (A.)      252
Vinci (Leonardo Da)      157
Vine      54
Viola (C.)      29 30 74 123
Virtual reflections      30 31
Visual observation      2 3 4 5
1 2 3 4 5 6 7
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