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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
Parastichies      155
Paris quadrifolia      34 35
Partial pseudo-racemism      224
Partial racemism      214 215 216
Paschke (F.)      227
Passiflora augustifolia      68
Pasteur (L.)      80 104 198 199 200 201 207 211 212 213 216 220 224 228 231 233 234 235 256 257 258 262 263 267 268 269 270 283 284 285 286 287 288 292
Patterns (finite)      3
Patterns (infinite)      111 112 120 121 122 126 127 128 129 130
Patterns (Rontgen-)      98 99 100 101 143 175 186 189 190
Patterson (Th. S.)      200 272 292
PaUadium-anticathode      147
Paul (D. M.)      293 298
Peachy (S. J.)      212 213 216 232 233 262
Pearson (K.)      286
Pelagia perla      59
Pelorium      195 196
Pendulum (elliptic)      3
Penetration (of crystals)      169
Penicillium glaucum      217 220
Pennine      185
Pentagonal dodecahedral symmetry      42 43
Pentagonal dodecahedron      42 43
Pentagonal dodecahedron (tetrahedral)      84 86
Pentagonal icositetrahedron      84 85 86
Pentagonal symmetry      60 159 164 195
Pentamery      60 159 164
Pentavalent nitrogen      227 232 238 267
Pentose      284
Pentosuria      284
Pentremites orbignyanus      60 64
Period (of axis)      22 116 117 196
Period-number      23 24 25 38 41 48 49 50 52 53 63 65 67 75 79 87 117
Periodical repetition      110 111
Perkin Jr. (W. H.)      250 254
Perowskite      179 187 188
Pfeffer (W.)      217
Pfeiffer (P.)      143 227 276
Phaeodaria      45
Phamoschisma acutum      60 64
Phase      145 146
Phase-differences      145 146
Phaseo-mannite      252
Phenomena (diffraction-)      107 195 106 77 142 144 146
Phenomena (physical)      22 46 87 88 89 90 91 93 97 101
Phenyl-crotonic acid      291
Phenyl-ethyl-arnine      213 293 3
Phenyl-ethyl-glycolic acid      294
Phenyl-glycerinic acid      224
Phenyl-group (influence of)      272
Phillipsite      176 182
Phosphorus-atom (asymmetric)      233
Phosphorus-pentabromide      275 278
Phosphorus-pentachloride      275 278
Phosphorus-tribromide      274
Photochemical reactions      300 303
Photochemistry      300 303
Photographical method      146
Phyllotaxis      35 108 109 110 155 156 157 158 15
Physical phenomena      22 46 87 88 89 90 91 93 97 101 198
Physical symmetry      91
Physiological action (of antipodes)      218 219
Physiological processes      218 219 287 288 296 299
Pickard (R. H.)      278
Piezo-electricity      101 102
Piles (of crossed lamellae)      181 3
Pinene      284
Pinus      156 161
Pipecoline-bitartrate      216
Piperidonium-derivatives      267
Pisano (L.)      157
Piutti (A.)      206 218
Pkalaempsis Schilleriana      195
Plane (of gliding symmetry)      140
Plane (of indirect symmetry)      244
Plane (of symmetry)      4 5 25 56 63 65 66 70 71
Plants (phyllotaxis in)      155 160
Platinum-anticathode      147
Platinum-metals      140
Plato      1 7
Platonic polyhedra      42
Platycodon grandifloms      60
Plilogopite      169
Plotinos      2
Plurivalent atoms      231 232 233 234 235 260 261 268
Po tassium-f erro-cyanide      179 184 185 189 190
Podalyria cordata      54
Pohl (R.)      142
Point-system      112
Polar forms      41 42 87
Polarisation (dielectric)      96 97
Polarised light      92 93
Pole (of projection)      82 83
Polemonmm coemleum      35
Pollen-cells      45 46 68 72 73
Poly synthetic twins      171
Polyclinum constellatum      59
Polygoneae      73
Polygonum amfthibium      46
Polyhedra      16 17 25 39 41 53 62 67 86
Polymorphism      183 184 193
Polypeptides      218 220 275
Polysymmetrical changes      191 192
Polysymmetry      191 192 193
Pontes fuvcata      59 64
Pope (W. J.)      109 136 137 141 206 208 212 213 216 222 223 224 226 230 232 233 237 241 247 254 262 263 281 286 290
Poplar-leaf      6 7
Position-isomerides      135
Positions (change of)      12 13 14 15 16 18 19
Positions (parallel)      14 194
Possible axes      78
Possible crystal-edges      78
Possible facets      78
Possible symmetries      11 15 25
Potassium      149 150 151
Potassium-bichromate      35
Potassium-chloride      149 150 151
Potassium-chromi-oxalates      214 225
Potassium-cyanide      282
Potassium-dithionate      179 181
Potassium-hydroxide      274 275 289 294
Potassium-permanganate      295
Potassium-rhodium-oxalates      209 210 214 261 262 264
Potassium-sodium-chromate      192
Potassium-sodium^racemate      202
Potassium-sulphate      173 174 193
Potassium-tartrate      207
Pre-existing dissymmetry      287 294 295 53 54 220 218
Precipitation, (from solutions)      208 209 210
Prehnite      185
Preponderant factors      261 263
Price (Th. S.)      221 289
Primordial cells      162 163
Principal group      72 80 89 90 96
Principle (of Huyghens)      143
Principle (of symmetry)      1 2
Pringsheim (H.)      218 220
Process (of repetition)      2
Projection (Gadolin’s)      82 83 84 85
Projection (stereographical)      82 83
propeller      40
Proportio divina      158 159 164 195 196
Propyl-isopropyl-cyano-acetic acid      239
Propyl-piperidine      266
Propylamine-stanni-chloride      193
Proteids      284 285
Prunier (G.)      252
Pseudo-asymmetric carbon-atoms      245 246 249 250
Pseudo-coprosterol      216
Pseudo-cubic space-lattices      194
Pseudo-racemism      222 224 266
Pseudo-racemism (partial)      224
Pseudo-rhombohedron      177
Pseudo-symmetry      119 170 171 182 184 193 257 263
Pseudo-symmetry (elements of)      119
Purdie (T.)      206 213
Pyramidal hemihedrism      88 89
Pyrite      72 170
Pyritohedron      86
Pyro-electricity      96 100 101 102 258
Pyrophyllite      169
Pyruvic acid      282 294
Quartz      6 97 98 99 100 101 170 179 181 189
Quaternary axis (of 1st order)      22 79 124
Quaternary axis (of 2nd order)      20 24 25 54 248 249
Quercine      252
Quercite      252
Quinary axis      22 24
Quinic acid      293
Quinic acid (phenyl-ethyl-amide of)      293
Quinidine      212 213 283 297 298
Quinine      213 215 283 297 298
Quinine-levulinate      291
Quinine-pyravate      291
Racemates      200 201 203 204 205 208 209 211 212 222 260 261 279 284 292
Racemic acid      198 206 212 281
Racemisation      224 228 272 294
Racemism (partial)      214 215 216
Racemism (pseudo)      222 224 266
Racemoids      200 201 203 204 205 208 209 211 212 222 260 261 279 284 292
Radial arrangement      162
Radiation (of X-ray-bulb)      147
Radiolaries      3 45 54 56 59 68 69 83
Raper (H. S.)      285
Rapp (R.)      219
Raske (K.)      247 273 275
Rates (of growth)      161
Rational cosines      78 79 145
Rational indices      76 77 115 117
Rational periods      22 117
Rays (Rontgen-)      77 97 98 99 101 109 133 141 142 143 146 148 149 186 189 191
Reaction-velocity      280 281 282 283 287 288
Read (J.)      213 224 233 237 247
Reciprocal relations      104
Reflection      3 8 11 14 19 49
Reflections (characteristic)      14 15
Reflections (repeated)      3 8 21 25 26 27 28 29 30 31
Regularity (geometrical)      2 6 7 68
Regularity (variable and invariable)      6 7
Regulation (of velocities)      287
Relations (symmetry-)      20
REPEAT      111 120 121 122
Repetition (regular)      36 123 126 128 2 3 4 85
Repetition (symmetrical)      2 3 4 5
Resau (C.)      215 216
Residual affinities      276
Retrograde mutation      196
Retrogression      196
Reusch (E. Von)      181 264
Reversibility      191
Review (of symmetry-groups)      73
Rhodium-anticathode      147
Rhodium-salts (complex)      214 225 242 260
Rhombic system      67 81 119
Rhombic-dodecahedron      85 86 148
Ribose      285
Riecke (S.)      123 134
Ries (A.)      192 193
Riiber (C. N.)      224
Rimbach (E.)      264
Rinne (F.)      98 143 176 177
Rivina brasiliensis      46
Rivina humilis      46
Rock-salt      148 149 169
Rohn (K.)      123
Romburgh (P. Van)      259 284
Rome de l’lsle (J. B. L.)      167
Rontgen-pattems      98 99 100 101 143 175 186 189 190
Rontgen-radiation      77 97 98 99 101 109 133 141 142 143 146 148 149 186 189 191 277
Roozeboom (Bakhuis, H. W.)      203 204 215 222
Rosenbusch (H.)      87
Rosenthal (J.)      302
Rosenthaler (L.)      295
Rotation (about axis)      7 12 13 17 18 19 22 26 33 72 87 88 89 103 110 116 123 124 125
Rotation (molecular)      237 241 253 272 273
Rotation (optical)      106 107 179 180 182
Rotation (specific)      237 239 243 264 272
Rotation-dispersion      239 240 260 261
Rotatory power      106 107 179 180 182 199 200 207 224 225 228 237 239 241 253 257 260 261 262 263 264 268 273
Rothe (O.)      227
Roxburghia gloriosoides      35
Rubidium-dithionate      179 181
Rubidium-nitrate      172
Rubidium-racemate      202
Rubidium-tartrate      202 263 264
Rule (Joh. Muller’s)      68
Rupe (H.)      200 272
Rutile      187 188
Saccharose      280
Sachs (J.)      35 160 161 163
Sadebeck (A.)      169
Salt-hydrates      129
Santonine-salts      216
Saponification      289 290 291 294
Saurel (P.)      36
Scacchi (A.)      185 201 202
Scalar properties      91 204
Scales      155
Scheelite      62 96
Scheibler (K.)      275
Schelderup (H.)      183
Scherrer (P.)      143
Schimper (K. F.)      155 160 161 163
Schlippe's salt      179 264
Schnorr (W.)      87
Schoenflies (A.)      10 36 52 74 109 123 130 131 132 134
Scholtz (M.)      233 291 292
Schoute (J. C.)      163
Schreinemakers (F. A. H.)      204
Schwendener (S.)      160
Scolezite      175
Scopolamine      226
Screw      41
Screw-axis      30 140
Screw-thread      8
Sectio aurea      157 158 159
Sedentary life (of living beings)      55
Segments (rational)      76
Selective action (of ferments)      217 218 219
Selective action (of interference)      145
Selenium-atom (asymmetric)      233
Sen ter (G.)      276 278 279
Senary axis      22 25 79 127 140
Sequence (of operations)      16
Series (Fibonaccian)      157 160
Series (of operations)      33 49 50
Series (of reflections)      26 30
Series, (K- and L-)      147
Sets (of binary axes)      37 38
Shibata (Y.)      205
Shifting (parallel)      13 14 27
Siegbahn (M.)      146
Sign (change of)      272 273
Silica-structures      67
Silicium-atom (asymmetric)      233
Silver      140
Silver-acetate      227
Silver-carbonate      274
Silver-iodide      58
Silver-oxide      274 275 276
1 2 3 4 5 6 7
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