Sentence examples for temperature radar from inspiring English sources
A two-layer dielectric absorber for use as high temperature radar wave-absorbing material was developed by hot-pressing nanometer SiC and LAS glass-ceramic.
In this investigation, a new sandwich structure called the SiCf/SiC sandwich radar absorbing structure (SRAS) for high-temperature radar absorption was designed using SiCf/SiC composites.
The averaged experimental mean values and standard deviations of the temperature dependent PA radar signal are shown in Figs. 3(c) and 3 d) for the ink solution and beef muscle, respectively.
This paper focuses on a detailed evaluation of the meteor radar temperatures by comparing them with SABER satellite and OH-emission mesopause region temperatures.
This is the allure of the job, why Stettner travels 20 weeks a year to PGA Tour events, sometimes spending 12 to 14 hours a day in a cramped office in a fenced-in tour operations trailer compound, watching two computer screens displaying readouts of wind directions, temperatures, dew points, radar patterns and an overlay that can update lightning-strike locations within 10 seconds.
The variability of meteor radar temperatures and winds obtained at mid-latitudes during summer in 2000 and 2001 as well as at arctic latitudes in summer 2002 is discussed.
Winds are estimated by using an upward-looking Doppler radar, while temperature and moisture profiles are evaluated by using a vertically pointing radiometer that measures electromagnetic emissions of selected wavelengths at various heights in the troposphere.
The presence of a temperature inversion and enhanced radar echoes can be discussed in the light of gravity-wave breaking processes in that height region.
The corresponding Meteor Radar and SABER temperatures are also shown for the year 2005.
The EISCAT radar measured ion temperatures up the local magnetic field line in the height range 90 – 580 km during the first night.
According to Goncharenko and Zhang (2008)'s analysis of the Millstone Hill incoherent scatter radar (ISR) ion temperatures data, warming in the lower thermosphere and cooling above 150 km were revealed during a minor SSW.
