विकिरणमापी 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.

विकिरणमापी हिंदी उपयोग और उदाहरण

""ऐंठन लोलक अथवा विकिरणमापी (radiometer) से भी पराश्रव्य तरंगों का ज्ञान होता है।