Title:
The Reber Dish
Green Bank West Virginia (WV), Chrome unused
Description:
After the discovery of radio astronomy by Jansky in 1932. Grote Reber built the first parabolic telescope and extended the discovery observations through mapping the sources of principal intensity.
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened ten billion years ago. This picture shows the Howard E. Tatel 85 ft. radio telescope.
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Howard E. Totel 85-foot Radio Telescope. Radio emissions from the universe are funneled by this telescope to the receiver in the control building at the base.
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Title:
Big Ear Dish
Green Bank West Virginia (WV), Chrome unused
Description:
Our first contact from space may well be received on this 300 ft. dish at the Green Bank Observatory.
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
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Title:
National Radio Astronomy Observatory - The Reber Dish
Green Bank West Virginia (WV), Chrome unused
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened ten billion years ago. This picture shows the Howard E. Tatel 85 ft. radio telescope
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
The 140 foot radio telescope at the National Radio Astronomy Observatory was completed in the spring of 1965. It is the largest equatorially mounted radio telescope in the world. Its antenna has a diameter of 140 feet, and is 200 feet above the ground - also it is fully steerable in spite of its weighing over 2,500 ton. This radio telescope collects, simplifies, and measures radio waves from outer space enabling astronomers to compile new information about our universe
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
John E. Neale National Radio Astronomy Observatory Green Bank, West Virginia Howard E. Tatel, 85-foot Radio Telescope. Radio Emissions from the universe are funneled by this telescope to the receivers in the central building at the base
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Ira Jeffries Panoramic view of the five major telescopes in use at the National Radio Astronomy Observatory near Green Bank. From left to right: The 140 foot, the 300 foot, and three 85 foot telescopes of the interferometer
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Five radio telescopes dominate the landscape in the Deer Creek Valley. Looking in a northeasterly direction one sees, from left to right, the 140-foot, the 300-ft, and the three 85-foot telescopes of the interferometer
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened ten billion years ago. This picture shows the Howard E. Tatel 85 ft. radio telescope
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Margaret B. Weems 140-foot radio telescope. Completed in the spring of 1965, the 140-foot is the largest equatorially mounted telescope in the world. Mainstay of astronomy at NRAO, the 140-foot has always been subject to a heavy load of observing requests
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Title:
National Radio Astronomy Observatory, 85-Foot Radio Telescope
Green Bank West Virginia (WV), Chrome unused
Description:
Wesley A. Sizemore Dedicated in 1958, the 85-foot Howard E. Tatel telescope is the oldest antenna in use. Originally used for single-dish astronomy, this telescope is now one of the primary instruments used int eh interferometer system
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Title:
National Radio Astronomy Observatory - 300-Foot Transit Telescope
Green Bank West Virginia (WV), Chrome unused
Description:
National Radio Astronomy Observatory 300-Foot Transit Telescope Green Bank, West Virginia View of the 300-foot radio telescope - the second largest movable radio telescope in the world. It is 225 feet high, weighs 500 tons, and has a surface area of 1.8 acres
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened ten billion years ago. This picture shows the Howard E. Tatel, 85 ft. radio telescope
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Title:
The Reber Dish - National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
After the discovery of radio astronomy by Jansky in 1932, Grote Reber built the first parabolic telescope and extended the discovery observations through mapping the sources of principle intensity
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
National Radio Astronomy Observatory Green Bank, West Virginia This unique instrument using three 85-foot radio telescopes is called an interferometer. By moving the two 85-foot telescopes in the fore-ground to different observing stations along a 5000 foot roadway with respect to a fixed, third 85-foot telescope, it is possible to simulate an antenna several thousands of feet in diameter
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Title:
300-Foot Transit Radio Telescope, The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Series 23910
View of the 300-foot transit radio telescope-the world's largest movable radio telescope. The inside surface area of the dish is 1.8 acres and its maximum height above the ground is 225 feet. Its movement has been restricted to elevations along a north-south line. Astronomical programs include measurements of hydrogen gas in our galaxy, in nearby galaxies, and for studies of distant and faint radio sources.
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Title:
300-Foot Transit Radio Telescope, The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Series 87445-B
View of the 300-foot transit radio telescope - the world's largest movable radio telescope. The inside surface area of the dish is 1.8 acres and its maximum height above the ground is 225 feet. Its movement has been restricted to elevations along a north-south line. Astronomical programs include measurements of hydrogen gas in our galaxy, in nearby galaxies, and for studies of distant and faint radio sources.
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Title:
300-Foot Transit Radio Telescope, The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Series 87445-B
View of the 300-foot transit radio telescope - the world's largest movable radio telescope. The inside surface area of the dish is 1.8 acres and its maximum height above the ground is 225 feet. Its movement has been restricted to elevations along a north-south line. Astronomical programs include measurements of hydrogen gas in our galaxy, in nearby galaxies, and for studies of distant and faint radio sources.
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Series P35555
Howard E. Tatel 85-foot Radio Telescope. Radio emissions from the universe are funneled by this telescope to the receivers in the control building at the base
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Title:
The Reber Dish
Green Bank West Virginia (WV), Chrome unused
Description:
Series DT-54052-B
National Radio Astronomy Observatory After the discovery of radio astronomy by Jansky in 1932. Grote Reber built the first parabolic telescope and extended the discovery observations through mapping the sources of principal intensity
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Title:
The National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened ten billion years ago. This picture shows the Howard E. Tatel 85 ft. radio telescope.
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
Series P35556
Howard E. Tatel 85-foot Radio Telescope. Shielded from interfering man-made radio noise by the mountains in the background, this telescope is used to detect cosmic radio waves.
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Title:
The National Radio Astronomy Observation
Green Bank West Virginia (WV), Chrome PM 1968 Jun-13
Description:
Series DT-54051-B
Radio astronomy is a study of the heavens by means of radio waves. The radio signals have been traveling at a rate of 186,000 miles per second, and what is now being recorded here happened Ten billion years ago. This picture shows the Howard E. Tatel 85 ft. radio telescope.
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Title:
National Radio Astronomy Observatory
Green Bank West Virginia (WV), Chrome unused
Description:
This unique instrument using three 85-foot radio telescopes is called an interferometer. By moving the two 85-foot telescopes in the foreground to different observing stations along a 5000 foot roadway with respect to a fixed, third 85-foot telescope, it is possible to simulate and antenna several thousands of feet in diameter.
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