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Quantitative molecular spectroscopy and gas emissivities

By: Penner, S. S.
Material type: TextTextPublisher: Reading, Massachusetts Addison-Wesley 1959Description: xv, 587 p.: il.Subject(s): QUIMICA ANALITICA | ESPECTROSCOPIA | GASESDDC classification: 544.6 Summary: Thermal radiation. Einstein coeficients and intensities. Spectral line profiles. Radiation from isolated spectral lines. Measurement of transmissivity and absorptivity for isolated spectral lines. Experimental determination of absolute intensities for gases. Theoretical calculations of absolute and relative intensi íes for atomic and molecular spectral lines. Experimental measurements of dispersion half Widths in infrared vibration-Rotation spectra. Direct line-width measurements in infrared vibration-Rotation bands. Optical dispersion. Theoretical calculation of equilibrium infrared gas emissivities at moderate temperatures. Theoretical calculations of isothermal gas absorptivities for blackbody radiation, limits of validity of effective bandwidth estimates. The mathematical formulation of radiative transfer problems for nonuniform gases in terms of derivatives of hemispherical emissivities. The emissivity of heated air. Emissivity estimates for hydrogen atoms. Optical techniques for the determination of flame temperature.
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544.6/P412q (Browse shelf) Ej. 1 Available 009129
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Thermal radiation. Einstein coeficients and intensities. Spectral line profiles. Radiation from isolated spectral lines. Measurement of transmissivity and absorptivity for isolated spectral lines. Experimental determination of absolute intensities for gases. Theoretical calculations of absolute and relative intensi íes for atomic and molecular spectral lines. Experimental measurements of dispersion half Widths in infrared vibration-Rotation spectra. Direct line-width measurements in infrared vibration-Rotation bands. Optical dispersion. Theoretical calculation of equilibrium infrared gas emissivities at moderate temperatures. Theoretical calculations of isothermal gas absorptivities for blackbody radiation, limits of validity of effective bandwidth estimates. The mathematical formulation of radiative transfer problems for nonuniform gases in terms of derivatives of hemispherical emissivities. The emissivity of heated air. Emissivity estimates for hydrogen atoms. Optical techniques for the determination of flame temperature.

FACULTAD DE INGENIERIA QUIMICA Y AGROINDUSTRIA

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