
Chapter 4 Instruments Name What do we call the energy emitted by
... 16. List and describe the three different types of spectra. What produces each type? 17. What are three advantages of using a telescope to view the stars? 18. What is resolution? 19. What are the two basic types of optical telescopes? ...
... 16. List and describe the three different types of spectra. What produces each type? 17. What are three advantages of using a telescope to view the stars? 18. What is resolution? 19. What are the two basic types of optical telescopes? ...
中国mini-SONG项目技术方案介绍
... Plan to setup on the 4 SONG sites in Northern Hemisphere Consists of a 50-cm twin-telescope at each site Scientific goals: General multi-color survey of open clusters ...
... Plan to setup on the 4 SONG sites in Northern Hemisphere Consists of a 50-cm twin-telescope at each site Scientific goals: General multi-color survey of open clusters ...
NOVA: Hunting the Edge of Space
... NOVA: Hunting the Edge of Space (If not in class, watch at: https://youtu.be/QkyX4C44Qwg.) As you watch the movie, please answer the following questions: 1. When was the Hubble space telescope launched? ...
... NOVA: Hunting the Edge of Space (If not in class, watch at: https://youtu.be/QkyX4C44Qwg.) As you watch the movie, please answer the following questions: 1. When was the Hubble space telescope launched? ...
Telescopes January 31 −
... • With tip-tilt correction • Detail become visible • Fainter stars become visible ...
... • With tip-tilt correction • Detail become visible • Fainter stars become visible ...
PowerPoint Presentation - AY 4: The Stars
... • The big increase in mirror size was made possible by a new technology- segmented mirrors. The Kecks have 36 segments each. ...
... • The big increase in mirror size was made possible by a new technology- segmented mirrors. The Kecks have 36 segments each. ...
to get the file
... • Lens – directs light by bending of light into media of differing densities • Focus – point at which light is directed • Focal plane – two-D area where image is formed • Field of view – area on the sky images cover ...
... • Lens – directs light by bending of light into media of differing densities • Focus – point at which light is directed • Focal plane – two-D area where image is formed • Field of view – area on the sky images cover ...
Telescopes
... • Focus • Magnifies images Telescopes that “catch” visible light are called optical telescopes. ...
... • Focus • Magnifies images Telescopes that “catch” visible light are called optical telescopes. ...
Light, radiation, telescopes
... What’s the difference between a refracting telescope and a reflecting telescope? What are the two most important properties of a telescope? ...
... What’s the difference between a refracting telescope and a reflecting telescope? What are the two most important properties of a telescope? ...
Non-Optical Telescopes
... • These scopes must be kept very cold or the heat the scope itself radiates swamps out what they’re looking for. ...
... • These scopes must be kept very cold or the heat the scope itself radiates swamps out what they’re looking for. ...
Reflecting - Cloudfront.net
... Scintillation or “twinkling” of a star is caused by unstable air refracting the star’s light in different directions. Light is also absorbed and scattered by the atmosphere This means that even an optical telescope works better in Space. Like • Hubble Space Telescope: For “Deep Space” • Kepler Space ...
... Scintillation or “twinkling” of a star is caused by unstable air refracting the star’s light in different directions. Light is also absorbed and scattered by the atmosphere This means that even an optical telescope works better in Space. Like • Hubble Space Telescope: For “Deep Space” • Kepler Space ...
How do refracting and reflecting telescopes work
... is formed. A _______ lens is then used to magnify the image. There are two main problems of refracting telescopes; images are not always _____ because the light is bent and the size of the lens limits the _______ of the telescope. Choose from; image ...
... is formed. A _______ lens is then used to magnify the image. There are two main problems of refracting telescopes; images are not always _____ because the light is bent and the size of the lens limits the _______ of the telescope. Choose from; image ...
TELESCOPE08
... side of the mirror. (on a refractor the lens has two sides) – cheaper and distortion is less of a problem. The whole back of the mirror can be supported, therefore can be made very LARGE ...
... side of the mirror. (on a refractor the lens has two sides) – cheaper and distortion is less of a problem. The whole back of the mirror can be supported, therefore can be made very LARGE ...
Telescopes - ESS I. Uses for telescopes-
... Uses for telescopesa. Collect far more light than the unaided eye b. Magnify images, enabling astronomers to see detail and to visually separate distant objects. Types of Telescopes a. Optical Telescopes i. Use lenses or mirrors to gather and focus star light ii. Refracting Telescopes- bend light us ...
... Uses for telescopesa. Collect far more light than the unaided eye b. Magnify images, enabling astronomers to see detail and to visually separate distant objects. Types of Telescopes a. Optical Telescopes i. Use lenses or mirrors to gather and focus star light ii. Refracting Telescopes- bend light us ...
Reflecting - Cloudfront.net
... For a long time the largest telescope was the one on Mt. Palomar here in So Cal. It has a 200” objective mirror For a while the largest was in Russia at 236” The Largest Telescope now is really four 8m scopes that work together, …the VLT Or “Very Large Telescope” It is in Chile, so it can see things ...
... For a long time the largest telescope was the one on Mt. Palomar here in So Cal. It has a 200” objective mirror For a while the largest was in Russia at 236” The Largest Telescope now is really four 8m scopes that work together, …the VLT Or “Very Large Telescope” It is in Chile, so it can see things ...
Light and telescopes
... radio; ultraviolet; X-rays; and gamma rays. 3. Predict whether telescopes designed to gather a specific type of "light" should be placed on Earth or in orbit on the basis of "atmospheric windows". 4. Calculate how a telescope's light gathering ability, resolution, and magnification will change in re ...
... radio; ultraviolet; X-rays; and gamma rays. 3. Predict whether telescopes designed to gather a specific type of "light" should be placed on Earth or in orbit on the basis of "atmospheric windows". 4. Calculate how a telescope's light gathering ability, resolution, and magnification will change in re ...
Top 5 Optical Telescopes
... Arizona The telescope design has two 8.4-meter (28 ft) mirrors mounted on a common base Discovered a galaxy cluster 2XMM J083026+5241332 which was over 7 billion light years away from Earth. Detected a 26th magnitude afterglow from the gamma ray burst GRB 070125 ...
... Arizona The telescope design has two 8.4-meter (28 ft) mirrors mounted on a common base Discovered a galaxy cluster 2XMM J083026+5241332 which was over 7 billion light years away from Earth. Detected a 26th magnitude afterglow from the gamma ray burst GRB 070125 ...
Angular resolution
... (1) Light-gathering power • Depends on the area of the objective mirror (or lens) • Compare 16-inch to our 10-inch scopes: ...
... (1) Light-gathering power • Depends on the area of the objective mirror (or lens) • Compare 16-inch to our 10-inch scopes: ...
Very Large Telescope
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The Very Large Telescope (VLT) is a telescope operated by the European Southern Observatory on Cerro Paranal in the Atacama Desert of northern Chile. The VLT consists of four individual telescopes, each with a primary mirror 8.2 m across, which are generally used separately but can be used together to achieve very high angular resolution. The four separate optical telescopes are known as Antu, Kueyen, Melipal and Yepun, which are all words for astronomical objects in the Mapuche language. The telescopes form an array which is complemented by four movable Auxiliary Telescopes (ATs) of 1.8 m aperture.The VLT operates at visible and infrared wavelengths. Each individual telescope can detect objects roughly four billion times fainter than can be detected with the naked eye, and when all the telescopes are combined, the facility can achieve an angular resolution of about 0.001 arc-second (This is equivalent to roughly 2 meters resolution at the distance of the Moon).In single telescope mode of operation angular resolution is about 0.05 arc-second.The VLT is the most productive ground-based facility for astronomy, with only the Hubble Space Telescope generating more scientific papers among facilities operating at visible wavelengths. Among the pioneering observations carried out using the VLT are the first direct image of an exoplanet, the tracking of individual stars moving around the supermassive black hole at the centre of the Milky Way, and observations of the afterglow of the furthest known gamma-ray burst.