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Forsythe W.E. — Smithsonian Physical Tables
Forsythe W.E. — Smithsonian Physical Tables



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Название: Smithsonian Physical Tables

Автор: 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.
A number of experts prepared and arranged groups of related data, and others either prepared one or two tables or furnished all or part of the data for certain tables. Care has been taken in each case to give the names of those responsible for both the data and the selection of it. A portion of the data was taken from other published sources, always with the-consent and approval of the author and publisher of the tables consulted. Due credit has been given in all instances. Very old references have been omitted. Anyone in need of these should refer to the Eighth Edition.
It was our intention to mention in this preface the names of all who took part in the work, but the list proved too long for the space available. We wish, however, to express our appreciation and thanks to all the men and women from various laboratories and institutions who have been so helpful in con-contributing to this Ninth Edition. Finally, we shall be grateful for criticism, the notification of errors, and new data for use in reprints or a new edition.


Язык: en

Рубрика: Физика/Справочники/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: Ninth Revised Edition

Год издания: 2003

Количество страниц: 898

Добавлена в каталог: 02.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Radioactivity, families (natural), characteristics      675
Radioactivity, families (natural), characteristics, actinium (4n+3)      678
Radioactivity, families (natural), characteristics, neptunium (4n+l)      676
Radioactivity, families (natural), characteristics, thorium (4n)      676
Radioactivity, families (natural), characteristics, uranium (4n+2)      677
Radioactivity, gamma rays      653 672
Radioactivity, isotopes      672
Radioactivity, isotopes, characteristics      667
Radioactivity, isotopes, neutron produced      667
Radioactivity, life, range for determination      618
Radioactivity, materials      673 675
Radioactivity, materials, age      679
Radioactivity, materials, alpha-ray spectrum      680
Radioactivity, materials, beta-ray spectrum      683
Radioactivity, materials, energy emitted by      689
Radioactivity, materials, energy emitted by, radium in equilibrium      691
Radioactivity, materials, isotopes      675
Radioactivity, materials, isotopes, number      672
Radioactivity, materials, natural      673
Radioactivity, materials, natural, characteristics      673
Radioactivity, materials, natural, spectra      680
Radioactivity, materials, original names of      675
Radioactivity, neptunium family      676
Radioactivity, protection, distances      686 689 600
Radioactivity, protection, lead, thickness      690
Radioactivity, protection, other materials      684
Radioactivity, radiation, alpha rays      672 (see also “Alpha rays”)
Radioactivity, radiation, beta rays      672 (see also “Beta rays”)
Radioactivity, radiation, gamma rays      672 (see also “Gamma rays”)
Radioactivity, radiation, ionization      672
Radioactivity, radiation, radium in equilibrium      691
Radioactivity, radiation, thorium family      676
Radioactivity, radiation, uranium family      677
Radium, danger ranges for persons working with Ra      686 689 690
Radium, danger ranges for persons working with Ra, amounts of radium      690
Radium, emanation, vapor pressure (cmHg)      682
Radium, energy emitted by 1 g Ra in equilibrium      691
Radium, protection for 8 hours per day exposure      686
Radium, protection for 8 hours per day exposure, distance      686
Radium, protection for 8 hours per day exposure, thickness of lead      690
Radium, safe working distance      689
Radius, atomic      643 644
Radius, gyration      27
Radius, ionic      648
Radius, molecules      645
Range of particles      654
Rankin temperature scale      9
Rayon      243
Reaumur temperature scale      9
Receivers for radiation      548
Receivers for radiation, blackening      548
Reflection factor, angle      549 550
Reflection factor, building materials      553
Reflection factor, diffuse      551 555
Reflection factor, formula      549
Reflection factor, long wavelengths      554 555
Reflection factor, long wavelengths, materials for      554 555 556
Reflection factor, metals      550 552
Reflection factor, metals, ultraviolet      550
Reflection factor, pigments, dry      551
Reflection factor, powders      550 551
Reflection factor, sand      554
Reflection factor, snow      554
Reflection factor, surfaces, with angle      550
Reflection factor, tungsten      555
Refraction, index of      509 532
Refractive indices with microscope      561
Refractive indices with microscope, materials for      561
Reluctance      18
Resilience      6
Resistance (electric)      11
Resistance (electric) of conductor      11
Resistance (electric), alternating to direct current      419
Resistance (electric), alternating to direct current, diameter wire for ratio 1.01      420
Resistance (electric), average pressure coefficients for metals      389
Resistance (electric), bismuth, temperature variation, transverse magnetic field      463
Resistance (electric), change of, metals, transverse magnetic field      463
Resistance (electric), change of, nickel      463
Resistance (electric), high-frequency, conductors      417 418 419
Resistance (electric), high-frequency, conductors, calculation of      417 418
Resistance (electric), high-frequency, conductors, resistance ratio      418
Resistance (electric), high-frequency, conductors, temperature      393
Resistance (electric), human body      375
Resistance (electric), increase of, due to transverse magnetic field, nickel      463
Resistance (electric), manganin, under pressure      389
Resistance (electric), mercury, under pressure      389
Resistance (electric), metals, effect of tension      387
Resistance (electric), metals, pressure      388
Resistance (electric), nickel, magnetic field      463
Resistance (electric), pressure coefficient      388 389
Resistance (electric), proximity factor      419
Resistance (electric), ratio, wire diameters, ac to dc resistances      419
Resistance (electric), skin effect      417
Resistance (electric), standard      16 19
Resistance (electric), standard, annealed copper      404
Resistance (electric), temperature, high      393
Resistance (electric), temperature, low      393
Resistance (electric), tension      387
Resistance (electric), tubular conductors      418
Resistance (electric), tubular conductors, frequency      418
Resistance (electric), variation with pressure (metals)      388
resistivity      12 13 19
Resistivity, alloys      384 390
Resistivity, aluminum      404
Resistivity, at high and low temperatures      393
Resistivity, copper      404
Resistivity, copper, temperature coefficient      406
Resistivity, dielectrics (solid), surface      395
Resistivity, dielectrics (solid), surface, volume      395
Resistivity, elements      384 387
Resistivity, glass vs. temperature      396
Resistivity, mercury vs. pressure      389
Resistivity, metals      384
Resistivity, metals, vs. pressure      388
Resistivity, metals, vs. temperature      385
Resistivity, minerals, miscellaneous      395
Resistivity, oxides      395
Resistivity, plastics      239
Resistivity, pressure effect      388
Resistivity, rocks      395
Resistivity, sea water      396
Resistivity, soils      395
Resistivity, solutions (electrolytic)      397
Resistivity, surface, solid dielectric      395
Resistivity, temperature: coefficient      384
Resistivity, temperature: coefficient, low      393
Resistivity, thermal      44
Resistivity, volume, of solid dielectrics      395
Resistivity, water, natural      396
Resistivity, water, sea (high-frequency)      396
Resolving power (photography)      564
Rest mass      654
Restrahlung bands, various materials      555
Reverberation time      315
Reverberation time, optimum      316
Reverberation time, room type      317
Reynolds number      337
Rigidity modulus, number of materials      226
Rigidity modulus, number of materials, and temperature      227
Ring (magnetic) specimens, corrections for      464
Rock salt, index of refraction      518
Rock salt, transmission      517
Rocks, bulk modulus (rock forming materials)      740
Rocks, dielectric constant      426
Rocks, elastic constants      740 741
Rocks, electrical ’resistivity      395
Rocks, specific heat      162
Rods, demagnetizing factor      467
ROPE      245
Rope, fiber      245
Rope, wire      215
Rope, wire, plow      215
Rope, wire, specification      215
Rope, wire, steel      215
Rope, wire, values      215
Rotation of plane of polarized light      557
Rubber, artificial      236
Rubber, artificial, physical properties      236
Rubber, comparison      237
Rubber, compressibility      237
Rubber, natural      235
Rubber, natural, physical properties      235
Rubber, natural, strength      235
Rupture, modulus      188
Rutherford      672
Rydberg constant      48
Rydberg constant, deuterium      48 51 54
Rydberg constant, helium      48 51
Rydberg constant, hydrogen      48 51 54
Rydberg constant, infinite mass      48 51 54
Sackur — Tetrotle constant      52
Satellites      734 735
Saturn      735
Schrodinger constant      51 54
Screens (woven wire)      188
Sea water      774 (see also “Water”)
Sealed-beam lamp      108
Seas, physical data      773 (see also “Oceans”)
Second radiation constant      50 80
Second radiation constant, precaution for use      80
Second radiation constant, value      80
Seconds pendulum, length vs. latitude      717
Self-inductance      13
Series relations in atomic spectra      578
Series relations in atomic spectra, Bohr atom      579
Series relations in atomic spectra, energy levels, designations      579
Series relations in atomic spectra, J values      570 580
Series relations in atomic spectra, L values      579
Series relations in atomic spectra, quantum principle      581
Series relations in atomic spectra, Rydberg constant      578
Series relations in atomic spectra, S values      569
Series relations in atomic spectra, S values, symbols      580
Series relations in atomic spectra, spectral designation      580 581
Series relations in atomic spectra, spectral designation, quantum principles      581
Series relations in atomic spectra, spectral levels      581
Series relations in atomic spectra, spectral levels, Pauli principle      580
Series relations in atomic spectra, spectral terms      579
Series relations in atomic spectra, spectral terms, means of identification      580
Series relations in atomic spectra, spectroscopic properties, neutral atoms      582
Series relations in atomic spectra, spectroscopic properties, neutral atoms, singly-ionized atoms      584
Series relations in atomic spectra, terms from electrons      579 580
Series relations in atomic spectra, wave numbers      578 579
Series, mathematical      24
Showers, cosmic rays      654
Siegbahn, wavelength scale      48 54
Silver chloride      520
SINEs      32
Sky, illumination due to      725
Slug      6 337
Slug, metric      337
Snow reflection factors      554
Sodium carbonate      550
Sodium chloride      531 550
Solar constant      719
Solar constant, monthly means      720
Solar constant, monthly means, 1920—1952      720
Solar constant, yearly means      720
Solar corona      744
Solar corona, emission lines      744
Solar corona, flares      743
Solar irradiation at sea level      723
Solar irradiation at sea level, latitude      725
Solar irradiation at sea level, monthly      720
Solar motion      731
Solar motion, elements      731
Solar parallax      731
Solar radiation      719
Solar radiation, air masses      720
Solar radiation, air masses, vs. sun’s elevation      720
Solar radiation, atmospheric transmission      719
Solar radiation, biological effective component      724
Solar radiation, constant      720
Solar radiation, corona emission      744
Solar radiation, distribution over disk      722
Solar radiation, flares      743
Solar radiation, illumination      725
Solar radiation, illumination, sky      725
Solar radiation, illumination, sun      725
Solar radiation, intensity      721 725
Solar radiation, outside atmosphere      721
Solar radiation, outside atmosphere, mean intensity      721
Solar radiation, relative intensity      724
Solar radiation, spectral distribution      724
Solar radiation, spectral distribution, Mount Wilson      724
Solar radiation, spectral distribution, outside earth’s atmosphere      721 722
Solar radiation, spectral distribution, sea level      723
Solar radiation, sunlight, distribution over Mount Wilson      724
Solar radiation, sunlight, illumination due to      725
Solar radiation, sunshine, duration      724
Solar radiation, total      719
Solar radiation, total, to earth      719
Solar radiation, variation with time and latitude      725
Solar radiation, Wolfs sunspot number      727
solder      223
Solder, flux      223
Solder, hard, for aluminum      223
Solder, hard, for brass      223
Solder, hard, for copper      223
Solder, hard, for gold      223
Solder, hard, for iron      223
Solder, soft, for brass      223
Solder, soft, for copper      223
Solder, soft, for gold      223
Solder, soft, for iron      223
Solder, soft, for lead      223
Solder, soft, for zinc      223
Solids, compressibility      286
Solids, contact difference of potential      637
Solids, dielectric constant      427
Solids, electron emission      635 636
Solids, infrared reflection      548
Solids, infrared transmission      547
Solids, specific heat      155 156 157 158
Solids, Vcrdet’s constant      504
Solids, velocity of sound in      306
Solubility      357
Solubility, gases in alcohol      360
Solubility, gases in water (temperature variation)      358 360
Solubility, inorganic salts (temperature variation)      357
Solubility, organic salts (temperature variation)      358
Solubility, organic solvents      359
Solubility, pressure effect      359
Solubility, vapors      360
Solubility, vapors, alcohol      360
Solubility, vapors, water      360
Solutions, density      300 301 302 303 304 305
Solutions, molecular conductivity      398 399
Solvents, organic      359
Solvents, organic, boiling point      359
Sound      309 (see also “Acoustics”)
Sound, acoustics, architectural      315
Sound, acoustics, attenuation coefficient vs. humidity      316
Sound, acoustics, reverberation time      315
Sound, acoustics, reverberation time, and frequency      317
Sound, acoustics, reverberation time, as function of volume      317
Sound, acoustics, reverberation time, calculated      315
Sound, acoustics, reverberation time, optimum      316
Sound, acoustics, reverberation time, optimum, and volume of room      317
Sound, bel      309
Sound, consonants, frequency of occurrence      309
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