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1. The electromagnetic thermometer scale featuring Compton, Chandra, Hubble, Spitzer & ALMA.
X-rays are associated with high temperatures of about 10 million to 100 million K. Image (A) features multiwavelength images of the Milky Way. Gamma Ray: CGRO/EGRET; X- Ray: ROSAT/PSPC; Optical: Laustsen et al. Photomosaic; Infrared: IRAS; Radio: Bonn, J.Bank, & Parkes. More information on the Multiwavelength Milky Way.
X-rays are associated with high temperatures of about 10 million to 100 million K. Image (A) features multiwavelength images of the Milky Way. Gamma Ray: CGRO/EGRET; X- Ray: ROSAT/PSPC; Optical: Laustsen et al. Photomosaic; Infrared: IRAS; Radio: Bonn, J.Bank, & Parkes. More information on the Multiwavelength Milky Way.
2. The Electromagnetic Spectrum.
NASA's Great Observatories (CGRO, Chandra, HST and Spitzer) & the electromagnetic thermometer scale. X-rays are associated with high temperatures of about 10 million - 100 million K
NASA's Great Observatories (CGRO, Chandra, HST and Spitzer) & the electromagnetic thermometer scale. X-rays are associated with high temperatures of about 10 million - 100 million K
3. The Electromagnetic Spectrum
Electromagnetic thermometer scale. X-rays are typically associated with high temperatures about 10 million - 100 million degrees K.
Related Field Guide: X-Rays - Another Form of Light
Electromagnetic thermometer scale. X-rays are typically associated with high temperatures about 10 million - 100 million degrees K.
Related Field Guide: X-Rays - Another Form of Light
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4. The Electromagnetic Spectrum
Electromagnetic thermometer scale. X-rays associated with high temperatures about 10 million - 100 million degrees K.
Related Field Guide: X-Rays - Another Form of Light
Electromagnetic thermometer scale. X-rays associated with high temperatures about 10 million - 100 million degrees K.
Related Field Guide: X-Rays - Another Form of Light
5. The Electromagnetic Spectrum
Wavelengths and energies from gamma rays to radio. Telescopes include CGRO, Chandra, COBE, HST, Spitzer, EUVE & ALMA.
Wavelengths and energies from gamma rays to radio. Telescopes include CGRO, Chandra, COBE, HST, Spitzer, EUVE & ALMA.
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6. The Electromagnetic Spectrum
The wavelength of radiation produced by an object is usually related to its temperature. More Information
The wavelength of radiation produced by an object is usually related to its temperature. More Information
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7. The Electromagnetic Spectrum
The wavelength of radiation produced by an object is usually related to its temperature. More Information
The wavelength of radiation produced by an object is usually related to its temperature. More Information
Download:
9. Baseball Field
Imagine if you could see only a tiny sliver of a baseball field. You would never be able to figure out the rules of the game. In the same way, we need x-ray, gamma-ray, ultraviolet, infrared and radio telescopes to cover the full range of wavelengths to get an accurate picture of what is happening in the universe.
Imagine if you could see only a tiny sliver of a baseball field. You would never be able to figure out the rules of the game. In the same way, we need x-ray, gamma-ray, ultraviolet, infrared and radio telescopes to cover the full range of wavelengths to get an accurate picture of what is happening in the universe.