विकिरणमापक-यंत्र इसके अंग्रेजी अर्थ का उदाहरण

ATS-6 was a precursor to many technologies still in use today on geostationary spacecraft: large deployable antenna, 3-axis attitude control with slewing capabilities, antenna pointing through RF sensing, electric propulsion, meteorological radiometer in geostationary orbit, and direct to home broadcasting.

The main instrument on Odin is a radiometer using a 1.

Several hundreds images were taken and transmitted, until a mechanical component of the radiometer failed, two and a half months after launch.

However, it was not until 1999 that the first imaging spectrometer was launched in space (the NASA Moderate-resolution Imaging Spectroradiometer, or MODIS).

Images taken with the radiometer covered the whole earth disk, with a resolution of 1,200 lines of 2,400 pixels each (11"nbsp;km square pixel in infra-red, and 5.

Thought to be a billion dollar black project, the development of a full-tensor gravity gradiometer by Bell Aerospace was a classified technology at the time.

The vehicle also conducted air traffic control tests, was used to practice satellite-assisted search and rescue techniques, carried an experimental radiometer subsequently carried as a standard instrument aboard weather satellites, and pioneered direct broadcast TV.

A radiometer was on board ATS-6, mounted on the earth-facing panel.

Frank Wilfred Jordan, "Improvements relating to radiometers, thermogalvanometers, and the like" British patent number: GB 191226631 (filed: 1912; published: 20 November 1913).

The radiometer works at 486–580"nbsp;GHz and at 119"nbsp;GHz.

Jordan (1912) "An improved Joule radiometer and its applications," Proceedings of the Physical Society of London, vol.