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Introduction to Astronomical Spectroscopy
2012Spectroscopy is the principal tool used in astronomy to investigate the Universe beyond Earth's atmosphere. Through the analysis of electromagnetic radiation, spectrographs enable observers to assess the chemical composition, kinematics and local physical properties of distant stars, nebulae and galaxies.
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Lasers in astronomical spectroscopy-2
Optics Technology, 1970Abstract In Part 1 electronic heterodyne spectroscopy using lasers was introduced. Part 2 discusses two experiments, one with a laser and a gas discharge as a laboratory source, the other with a laser and starlight collected by a telescope with a large receiving area.
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Laboratory and Astronomical Rotational Spectroscopy
2018Rotational spectroscopy is a capable technique with a rich history in a variety of chemical physics applications that is undergoing a renaissance thanks to new approaches and powerful new experimental capabilities. This thesis demonstrates that flexibility by examining multiple uses of rotational spectroscopy from instrument development, analytical ...
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A History of Astronomical Spectroscopy
2010The publication of Kirchhoff’s and Bunsen’s work brought the awareness of the spectroscope, and what it could reveal, to a wider audience, including astronomers. The obvious question was, how could this new instrument be used to analyze the light from the Sun and stars?
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Spectroscopy: IV. astronomical spectroscopy
Reports on Progress in Physics, 1938openaire +1 more source
Spectroscopy: 3. Astronomical spectroscopy
Reports on Progress in Physics, 1935openaire +1 more source
Spectroscopy: 2. Astronomical spectroscopy
Reports on Progress in Physics, 1936openaire +1 more source