'Optical emission lines' presentation slideshows

Spectroscopy

Spectroscopy. Astronomers can learn an immense amount from the details of lines in the spectrum of light coming from planets and stars. This tool is used by chemists, biologists, physicists and all of the other natural sciences. It is based on the quantum or particle (photon) nature of light.

552 views • 55 slides

Spectroscopy

Spectroscopy. Astronomers can learn an immense amount from the details of lines in the spectrum of light coming from planets and stars. This tool is used by chemists, biologists, physicists and all of the other natural sciences. It is based on the quantum or particle (photon) nature of light.

618 views • 54 slides

Spectroscopy

Spectroscopy. Astronomers can learn an immense amount from the details of lines in the spectrum of light coming from planets and stars. This tool is used by chemists, biologists, physicists and all of the other natural sciences. It is based on the quantum or particle (photon) nature of light.

674 views • 54 slides

The Milky Way

The Milky Way. The Milky Way: Our Home Galaxy. What are the different components of the Milky Way? How do we see those components? What does a map of each component look like from our point of view?. Stars in the Milky Way.

513 views • 39 slides

The Interaction of Radio Sources with X-ray-Emitting Gas in Cooling Flows

The Interaction of Radio Sources with X-ray-Emitting Gas in Cooling Flows. Elizabeth Blanton University of Virginia. Collaborators: C. Sarazin, B. McNamara, N. Soker, M. Wise, T. Clarke. Radio Sources in Clusters.

391 views • 29 slides

AGN: The Unified Model

464 views • 19 slides