A measure of ionospheric irregularities:zonal velocity and its implications for L-band scintillation at low-latitudes
Claudio Cesaroni Massimo Cafaro Luca Spogli Giorgiana De Franceschi Juliana Garrido Damaceno Marcin Grzesiak Bruno Vani Joao Francisco Galera Monico Vincenzo Romano Lucilla Alfonsi
A measure of ionospheric irregularities:zonal velocity and its implications for L-band scintillation at low-latitudes
A measure of ionospheric irregularities:zonal velocity and its implications for L-band scintillation at low-latitudes
摘要
关键词
ionospheric irregularities/GNSS/scintillation/plasma drift velocity/low-latitude ionosphere/spaced receivers/Equatorial Plasma BubblesKey words
ionospheric irregularities/GNSS/scintillation/plasma drift velocity/low-latitude ionosphere/spaced receivers/Equatorial Plasma Bubbles引用本文复制引用
Claudio Cesaroni,Massimo Cafaro,Luca Spogli,Giorgiana De Franceschi,Juliana Garrido Damaceno,Marcin Grzesiak,Bruno Vani,Joao Francisco Galera Monico,Vincenzo Romano,Lucilla Alfonsi..A measure of ionospheric irregularities:zonal velocity and its implications for L-band scintillation at low-latitudes[J].地球与行星物理（英文）,2021,5(5):450-461,12.基金项目
This Micro Test Area experiment and the development of the Grzesiak et al.(2018)model have been conducted in the frame of the CALIBRA(Countering GNSS high Accuracy applications Limita-tions due to Ionospheric disturbances in BRAzil)project,which was submitted within the call FP7-GALILEO-2011-GSA-1a and GNSS-SP,funded by FAPESP(Process 06/04008-2).Improvement of the the Grzesiak et al.(2018)model has been realized in the frame of the TREASURE(Training REsearch and Ap-plications Network to Support the Ultimate Real-Time High Accur-acy EGNSS Solution)project,which received funding from the European Union's Horizon 2020 research and innovation pro-gramme under the Marie Sk?odowska-Curie Actions grant agree-ment No 722023. （2018）
