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Forsythe W.E. — Smithsonian Physical Tables
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Название: Smithsonian Physical TablesАвтор: Forsythe W.E. Аннотация: This edition of the Smithsonian Physical Tables consists of 901 tables giving data of general interest to scientists and engineers, and of particular interest to those concerned with physics in its broader sense. The increase in size over the Eighth Edition is due largely to new data on the subject of atomicphysics. The tables have been prepared and arranged so as to be convenient and easy to use. The index has been extended. Each set of data given herein has been selected from the best sources available. Whenever possible an expert in each field has been consulted. This has entailed a great deal of correspondence with many scientists, and it is a pleasure to add that, almost without exception, all cooperated generously. When work first started on this edition, Dr. E. U. Condon, then director of the National Bureau of Standards, kindly consented to furnish any assistance that the scientists of that institution were able to give. The extent of this help can be noted from an inspection of the book. Dr. Wallace R. Brode, associate director, National Bureau of Standards, gave valuable advice and constructive criticism as to the arrangement of the tables. D. H. Menzel and Edith Jenssen Tebo, Harvard University, Department of Astronomy, collected and arranged practically all the tables on astronomy.
Язык: Рубрика: Физика /Справочники /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Издание: Ninth Revised EditionГод издания: 2003Количество страниц: 898Добавлена в каталог: 02.09.2005Операции: Положить на полку |
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Emf (thermal), aluminum vs. platinum 376 Emf (thermal), batteries 377 Emf (thermal), cadmium vs. platinum 383 Emf (thermal), low temperature 381 Emf (thermal), metals, in solution of salts 378 Emf (thermal), metals, vs. platinum 381 Emf (thermal), metals, vs. silver alloys 381 Emf (thermal), metals, vs. zinc solutions 377 Emf (thermal), nickel, vs. copper 381 Emf (thermal), nickel, vs. platinum 389 Emf (thermal), platinum-rhodium, vs. lead 379 Emf (thermal), platinum-rhodium, vs. platinum 381 387 Emf (thermal), zinc vs. platinum 390 Emissivity 8 98 Emissivity, spectral 8 98 Emissivity, spectral, alloys 99 Emissivity, spectral, correction to brightness temperature 99 Emissivity, spectral, liquids 98 Emissivity, spectral, materials 98 Emissivity, spectral, metals and oxides 101 Emissivity, spectral, metals and oxides, at melting point 98 Emissivity, spectral, metals and oxides, out-gassed 99 Emissivity, spectral, molybdenum 103 Emissivity, spectral, solids 100 101 102 Emissivity, spectral, tantalum 103 Emissivity, spectral, tungsten 99 102 Emissivity, total, glass 100 Emissivity, total, materials 100 Emissivity, total, metals 101 Emissivity, total, metals, at low temperatures 101 Emissivity, total, oxides 101 Emissivity, total, relative 100 Emu 20 Energy 5 17 21 Energy, blackbody radiation 79 85 96 Energy, bond 633 Energy, conversion factors 20 21 Energy, cosmic ray 712 Energy, dissipation in cycle (magnetism) 460 Energy, electron-volt 49 Energy, levels 581 Energy, losses, magnetic 459 460 Energy, radiant 9 79 Energy, radiated by a number of radioactive materials 689 Energy, temperature for 1 ev 55 Energy, transformer steel (losses) 459 Energy, units 21 653 618 Energy, units, conversion factors 21 618 Enthalpy 8 270 entropy 8 270 Equation of Time 728 Erg 5 Erichsen value 187 Error, probable 37 Esu/emu 48 Ether, volume-pressure 283 ethylene 265 Ettinghausen effect 507 Eutectic mixtures 130 EV 618 653 Evaporation of metals 363 Evaporation of metals, formulas 363 Evaporation of metals, formulas, constants (various metals) 364 Evaporation of metals, rate of 363 Expansion (thermal) 145 Expansion (thermal), cubical 148 Expansion (thermal), linear 145 Experimental data 37 38 39 40 Explosives 183 Explosives, analysis 184 Explosives, chemical properties 184 Explosives, ignition temperatures 183 634 Explosives, physical properties 184 Explosives, pressures 634 Explosives, time of heating 183 Exponential formulas for mass absorption values, elements 694 Exponential functions 43 Exposure, photographic 562 Eye as measuring instrument for radiation 87 Eye, blind spot 90 Eye, contrast sensibility 89 Eye, diameter of pupil 90 Eye, diameter of pupil, and flux density 90 Eye, distribution coefficients 91 Eye, glare sensibility 89 Eye, I.C.I. standard observer 90 91 Eye, I.C.I. standard observer, distribution coefficients 91 Eye, instantaneous thresholds 88 Eye, luminosity factors 87 Eye, luminosity factors, and brightness 88 Eye, macula lutea 90 Eye, minimum energy to produce sensation 89 Eye, miscellaneous data 90 Eye, physical properties 90 Eye, Purkinge effect 87 Eye, rate of adaptation 89 Eye, relative luminosity factors 87 Eye, relative luminosity factors, various brightnesses 87 88 89 Eye, sensitivity 87 89 Eye, standard observer 90 Eye, standard observer, distribution coefficients 91 Eye, thresholds 88 Eye, thresholds, various field brightness 88 Eye, vision, persistence of 90 Eye, visual range for white light 92 Factorials 26 Factorials, log of 26 Factors, conversion see “Conversion factors” Fahrenheit temperature scale 8 Fahrenheit temperature scale, conversion to Centigrade iv Farad 20 Faraday 47 51 54 Faraday, constant 47 54 Fathom 62 Ferromagnetic substances 451 Fibers, artificial 243 Fibers, artificial, acetate 244 Fibers, artificial, glass 244 Fibers, artificial, nylon 244 Fibers, artificial, polyethylene 244 Fibers, artificial, quartz 534 Fibers, artificial, rayon 243 Fibers, artificial, resin 243 Fibers, characteristics 242 Fibers, miscellaneous 244 Fibers, natural 242 Fibers, natural, cotton 242 Fibers, natural, flax 242 Fibers, natural, hemp 242 Fibers, natural, jute 242 Fibers, natural, linen 242 Fibers, natural, ramie 242 Fibers, natural, silk 242 Fibers, natural, spider 242 Fibers, natural, wool 242 Fibers, properties of 241 243 Fibers, rope 245 Fibers, various kinds 245 Filaments, incandescent, heat loss from 116 Filaments, incandescent, heat loss from, temperature 102 116 Filters see “Color screens” Filters for obtaining monochromatic x-rays 696 Filters for obtaining monochromatic x-rays, light 537 Filters for obtaining monochromatic x-rays, narrow spectrum region 536 Fine structure constant 49 51 54 First radiation constant 80 First radiation constant, units 80 Fission 653 706 Fission, binding energy 707 Fission, cause 706 Fission, critical energy for 707 Fission, cross section of fission products for thermal neutrons 708 Fission, cross section of fissionable nuclei for neutrons 708 Fission, data 706 Fission, elements 706 Fission, energy 706 Fission, energy, critical 707 Fission, energy, released by 707 Fission, examples 706 Fission, neutron-binding energy of divided nucleus 707 Fission, produced 706 Fission, produced, elements 706 Fission, products of long life 708 Fission, spontaneous, half-life 701 Fission, thresholds (Mev) 706 Fixed points, temperature scale, primary 71 Fixed points, temperature scale, secondary 72 Flame temperatures 179 182 183 Flash lamps 110 Flash tubes 111 Fluidity 5 318 Fluorescent lamps, characteristics of 110 Fluorescent powders, characteristics of 107 Fluorite 515 520 Flux 93 (see under type of) Foot-candle 93 Foot-lambert 93 Foot-pound 5 21 Foot-poundal 5 force 5 Force, magnetic 18 formulas see under name of FOURIER 144 Fraunhofer lines, wavelengths 577 Freezing mixtures 134 Freezing mixtures, anti, for radiators 135 Freezing point, lowered by various salts in solution 131 Freezing point, lowered by various salts in solution, water-pressure effect 118 Fresnel formula, reflection of light 549 Friction, different materials 336 Friction, different materials, interior, at low temperatures 227 Frictional electric series 375 Fuels 180 (see also under “Combustion”) Fuels, coal 181 Fuels, coal, analysis 181 Fuels, gas 182 Fuels, gas, gravity 182 Fuels, heat values 180 Fuels, liquid 181 Fuels, liquid, gravity 181 Fuels, petroleum 182 Fuels, petroleum, density 182 Fuels, woods 181 Fuels, woods, analysis 181 Fundamental particles 664 Fundamental particles, alpha-particles 664 Fundamental particles, deuteron 664 Fundamental particles, electron 664 Fundamental particles, electron, negatron 664 Fundamental particles, electron, positron 664 Fundamental particles, meson, 664 Fundamental particles, meson, 664 Fundamental particles, neutrino 664 Fundamental particles, neutron 664 Fundamental particles, photon 664 Fundamental particles, proton 664 Fundamental standards 1 13 Fundamental standards, maintenance of 14 Fundamental standards, primary 13 Fundamental standards, qualities of 13 14 Fundamental standards, secondary 13 14 Fundamental standards, selection of 12 Fundamental standards, standards of, international temperature scale 14 70 Fundamental standards, standards of, length 14 Fundamental standards, standards of, mass 14 Fundamental standards, standards of, temperature 14 Fundamental standards, standards of, temperature, Celsius scale (Centigrade) 14 Fundamental standards, standards of, temperature, Fahrenheit 8 Fundamental standards, standards of, temperature, Kelvin scale 9 Fundamental standards, standards of, temperature, Reaumur 9 Fundamental standards, standards of, temperature, thermodynamic 9 Fundamental standards, standards of, time 14 Fundamental units see under “Units” Fusion, latent heats of 157 Fusion, latent heats of, alloys 165 Fusion, latent heats of, metals 165 Fusion, latent heats of, substances, various 165 Gage pressure to atmospheres 267 Gages, wire 405 Gal 5 Galvanometric effects see under “Magnetic” Gamma (photography) 562 Gamma infinity (photography) 562 Gamma-rays 653 686 Gamma-rays, absorption, mass 687 Gamma-rays, characteristics of 672 687 688 Gamma-rays, energy, of artificial radioactive isotopes, low atomic weight 687 Gamma-rays, energy, of artificial radioactive isotopes, low atomic weight, of heavy isotopes 686 Gamma-rays, energy, of artificial radioactive isotopes, low atomic weight, of heavy isotopes, artificial 686 Gamma-rays, energy, of artificial radioactive isotopes, low atomic weight, of heavy isotopes, natural 686 Gamma-rays, energy, of artificial radioactive isotopes, low atomic weight, to produce ion pair 711 Gamma-rays, ionization energy 672 Gamma-rays, mass absorption 687 Gamma-rays, mass absorption, various elements 687 Gamma-rays, spectrum, radioactive breakdowns 686 Gamma-rays, spectrum, radioactive breakdowns, Thorium "C" 686 Gamma-rays, total mass absorption coefficient 687 Gas in interstellar space 629 Gas, absorption by liquids 360 Gas, abundance, cosmic 626 Gas, combustion values 182 Gas, compressibility (various gases and vapors) 264 Gas, compressibility (various gases and vapors), low temperature 264 Gas, compressibility (various gases and vapors), under high pressure 267 Gas, conduction of heat by 115 Gas, conductivity, thermal 142 Gas, constant 49 259 Gas, convection of heat by 115 Gas, critical points 276 Gas, definition of laws 259 Gas, densities 163 Gas, densities, critical 276 Gas, dielectric constant 423 Gas, dielectric constant, liquefied gases 426 Gas, dielectric constant, nonpolar 436 Gas, dielectric constant, variation, with pressure 424 Gas, dielectric constant, variation, with temperature 424 Gas, diffusion coefficient 356 644 Gas, diffusion coefficient, neutral gases 644 Gas, energy 259 Gas, fuels 182 Gas, heat, absorption 633 Gas, heat, capacity 164 Gas, heat, combustion 182 Gas, helium 260 261 Gas, hydrogen 260 261 268 Gas, hydrogen, ideal gas state 638 Gas, ideal 261 Gas, inert, atomic volume 646 Gas, infrared transmission 546 Gas, ions see “Ions” Gas, ions, diffusion coefficient 644 Gas, Joule — Thompson effect 278 Gas, kinetic theory 638 Gas, kinetic theory, calculations 638 Gas, kinetic theory, collision frequencies 641 Gas, kinetic theory, discussion 638 Gas, kinetic theory, incidences ratios of 640 Gas, kinetic theory, mass 640 Gas, kinetic theory, mean free path 641
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