Both equivalent radar reflectivity factor (Z e ) and specific attenuation (k) in several snow events are measured using a dual Ka-band radar system.

Both equivalent radar reflectivity factor (Ze) and specific attenuation (k) in several snow events are measured using a dual Ka-band radar system.

Both equivalent radar reflectivity factor (Ze) and specific attenuation (k) in several snow events are measured using a dual Ka-band radar system.

Snow measurement using a dual Ka-band radar system for GPM/DPR algorithm development · Masanori Nishikawa, H. Minda, +6 authors. Y. Fujiyoshi · Published in IEEE ...

This algorithm is developed upon vertical features of Ku- and Ka-band reflectivity and dual-frequency ratio from DPR. In this paper, we validate this.

A dual Ka-band radar system is developed by the Japan Aerospace Exploration Agency (JAXA) for the Global Precipitation Measurement (GPM) dual-wavelength ...

The dual Ka-radar system which consists of two identical Ka-band radars can measure both the specific attenuation and the equivalent radar reflectivity at. Ka- ...

Sep 17, 2013 · Because ground measurements of snow at Ka-band are limited, measured k-Ze relations of snow can improve the GPM/DPR algorithm performance.

A dual Ka-band radar system is developed by the JAXA for the GPM/DPR algorithm development. The dual Ka-radar system which consists of two identical Ka-band ...

Apr 17, 2020 · Rain/snow determination is accomplished by using the differential attenuation between the Ku-band and the Ka-band frequencies.