Infrared Radiation: A Handbook for Applications, with a Collection of Reference Tables |
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Page 34
... Equilibrium state Equilibrium between solid and liq- 9 uid tin ( solidification point of tin ) 10 11 Equilibrium between liquid benzo- phenone and its vapor ; t ( p ) = [ 305.9 +48.8 ( p / po- 1 ) 21 ( p / po- 1 ) 21 ° C Equilibrium between ...
... Equilibrium state Equilibrium between solid and liq- 9 uid tin ( solidification point of tin ) 10 11 Equilibrium between liquid benzo- phenone and its vapor ; t ( p ) = [ 305.9 +48.8 ( p / po- 1 ) 21 ( p / po- 1 ) 21 ° C Equilibrium between ...
Page 37
... Equilibrium between solid and liq- 271 544.15 uid bismuth ( solidification point of bismuth ) 25 Equilibrium between solid and liq- 220 493.15 uid selenium ( solidification point of selenium ) 26 Equilibrium between glycerin and 290 ...
... Equilibrium between solid and liq- 271 544.15 uid bismuth ( solidification point of bismuth ) 25 Equilibrium between solid and liq- 220 493.15 uid selenium ( solidification point of selenium ) 26 Equilibrium between glycerin and 290 ...
Page 38
... Equilibrium between solid and liq- 1660 1933.15 uid titanium ( solidification point of titanium ) 40 Equilibrium betweeen solid and liq- 1700 1973.15 uid quartz ( solidification point of fused quartz ) 41 Equilibrium between solid and ...
... Equilibrium between solid and liq- 1660 1933.15 uid titanium ( solidification point of titanium ) 40 Equilibrium betweeen solid and liq- 1700 1973.15 uid quartz ( solidification point of fused quartz ) 41 Equilibrium between solid and ...
Contents
Basic Concepts and Definitions | 5 |
Blackbody Radiation Laws | 41 |
73 | 58 |
Copyright | |
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Common terms and phrases
Ab₂ absorption angles of view aperture b₂ bast blackbody model blackbody radiation body brightness temperature C₂ cm deg cm² color temperature computed curves cylindrical cavity detector determined diation eff(r effective emissivity Elementary area emitted energy equation Equilibrium between solid flame Globar heat infrared radiation infrared spectral region Integrated Radiance Contrast interval Irradiance coefficients Lambert's law lamps layer liquid materials maximum measurements medium metals method mg/cm² Moscow Nernst glower obtain optical oxidized P₂ perature photons Planck formula plane powder properties pyrometer quantities Radiant Emittance radiant flux radiant intensity ratio reflection Russian sample scale solid and liq solid angle solidification point Spectral and Integrated spectral distribution spectral emissivity spectral radiance spectrum standard source T₁ T₂ TABLE 2 Continued tantalum thermal radiation tion tungsten values W/cm² wavelength Ελ λιμ Γλ μ Γλ