Sentence examples for radiometer systems from inspiring English sources

Technical problems include radiometer systems and calibration, ambient corrections, algorithms, satellite systems, and orbit mechanics.

Radiometer systems and a Michelson interferometer, have been operated routinely to detect the electron cyclotron emission (ECE) from EAST plasmas for diagnosing the local electron temperature.

In situ absolute intensity calibration has been carried out for both the radiometer systems and the Michelson interferometer independently, to ensure that the ECE diagnostic provides an independent electron temperature measurement.

We present a radiometer system for regular long-term measurements of water vapour in the middle atmosphere.

In order to make the radiometer system as simple as possible, we use the sky as the calibration cold load.

Signal conditioning units (SCU) along with Multichannel Data acquisition system (DAS) are developed and installed for automatization and frequent requirement of absolute calibration of ECE radiometer system.

The 32-channel heterodyne radiometer system already used at the predecessor experiment Wendelstein 7-AS is adapted to the conditions at Wendelstein 7-X.

Two sets of fast-scanning heterodyne radiometer receiver systems employing backward-wave oscillators (BWOs) in 78 118 and 118 178 GHz were developed and installed for electron cyclotron emission (ECE) measurements on HT-7 superconducting tokamak.

Performance of the radiometer in practical systems has been well studied in [10, 11].

On-board blackbody is used for radiation temperature calibration of spaceborne IR radiometers and imaging systems.

Instead of a single receiver located in the tokamak midplane as in conventional ECE radiometers, the ECEI systems utilized newly developed millimeter wave imaging arrays as the receiver/mixers.