Search Results
Showing 1 - 19 results of 19 for search 'Nishimura, Koji', query time: 0.06s Refine ResultsPlease enable Javascript.
Please upgrade your browser.
Search Tools:
Get RSS Feed
Related Subjects
Atmospheric Science
Data activity
Geophysics
High resolution 3D wind velocity data observed by PANSY radar 69.0S, 39.6E. The PANSY radar is the first and the only MST/IS radar in the Antarctic region. Continuous operation has been started from 2012 with a partial subsystem. The upgraded full-system observation has been achieved in 2015.The peak transmission power is 520 kW and the area of the antenna array is 16,000 m^2. This metadata represents the mesosphere MES observations.Altitude coverage of MES observation is about from 55 to 100 km. Time and height resolutions are about 3 minutes and 300/600 m, respectively. The estimates are obtained based on Doppler shift observed with the multi-beam 5-beam method. The data is provided with NET-CDF format. Although the data have been processed after a careful screening for unexpected noise and interferences, they may contain systematic errors nevertheless. It is therefore recommended that you contact us and be advised for the use of data
High resolution 3D wind velocity data observed by PANSY radar 69.0S, 39.6E. The PANSY radar is the first and the only MST/IS radar in the Antarctic region. Continuous operation has been started from 2012 with a partial subsystem. The upgraded full-system observation has been achieved in 2015.The peak transmission power is 520 kW and the area of the antenna array is 16,000 m^2. This metadata represents the stratosphere and troposphere ST observations.Altitude coverage of the ST observation is from 1,500 to 25,000 m. Time and height resolutions are about 3 minutes and 150 m, respectively. The estimates are obtained based on Doppler shift observed with the multi-beam 5-beam method. The data is provided with NET-CDF format. Although the data have been processed after a careful screening for unexpected noise and interferences, they may contain systematic errors nevertheless. It is therefore recommended that you contact us and be advised for the use of data
Meteorology. Climatology
QC851-999
Space and Planetary Science
Verlagsveröffentlichung
article
data science
energetic electron precipitation
growth phase
mesospheric ionization
open data
polar region
polar science
substorm