スポンサーリンク
Radio Science center for Space and Atmosphere, Kyoto University | 論文
- Observations of traveling ionospheric disturbances and 3-m scale irregularities in the nighttime F-region ionosphere with the MU radar and a GPS network
- Computer experiments for interactions of inhomogeneous plasma and HF electromagnetic waves on ionospheric heating experiments (extended abstract)
- Coordinated radar observations of atmospheric diurnal tides in equatorial regions
- Observation of Leonid meteor shower and middle/upper atmosphere with the MU radar in 1998-2001
- Stimultaneous observation of the faint meteors by the MU radar head echo mode and a high sensitive video camera
- MF radar observations of antarctic mesosphere and lower thermosphere
- Analysis of Wave Normal and Poynting Vectors of the Chorus Emissions Observed by GEOTAIL
- Magnetic Radiations from Harness Wires of Spacecraft
- Magnetic Radiations from Harness Wires of Spacecraft
- A Frequency radar Interferometric Imaging (FII) technique for atmospheric dynamics studies
- Relationship between Wind and Precipitation Observed with a UHF Radar, GPS Rawinsondes and Surface Meteorological Instruments at Kototabang, West Sumatera during September-October 1998
- Cyclotron Wave Converter of Microwaves into DC
- Wind characteristics and resources evaluation over a complex terrain using a Doppler sodar
- Observations of mesospheric sporadic sodium layers with the MU radar and sodium lidars
- Examination of 3-6 day Disturbances over Equatorial Indonesia Based on Boundary Layer Radar Observations during 1996-1999 at Bukittinggi, Serpong and Biak
- A simulation analysis to optimize orbits for a tropical GPS radio occultation mission
- Temperature and Water Vapor Profiles Derived from Downward-Looking GPS Occultation Data (2.Space-Borne GPS Meteorology and Related Techniques)
- Influence of density irregularities on high-frequency wave propagation:Computer experiments of stimulated emissions
- Longitudinal variations in planetary wave activity in the equatorial mesosphere
- Daytime tropospheric temperature profiling with rotational Raman lidar