... of the trough in the day-side winter ionosphere have been separated: the day-side main ionospheric trough which is observed in the region of "full shadow" and so called "Muldrew trough" which is mainly observed at sunlit longitudes in the auroral region ...
... of the trough in the day-side winter ionosphere have been separated: the day-side main ionospheric trough which is observed in the region of "full shadow" and so called "Muldrew trough" which is mainly observed at sunlit longitudes in the auroral region ...
... of the trough in the day-side winter ionosphere have been separated: the day-side main ionospheric trough which is observed in the region of "full shadow" and so called "Muldrew trough" which is mainly observed at sunlit longitudes in the auroral region ...
... of the trough in the day-side winter ionosphere have been separated: the day-side main ionospheric trough which is observed in the region of "full shadow" and so called "Muldrew trough" which is mainly observed at sunlit longitudes in the auroral region ...
... special analysis was carried out to avoid possible ``technical'' effects that could be connected with geomagnetic or solar shadowing of electric field sensors onboard the satellite as well as the influence of terminator. center decreases with decreasing ...
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Ссылки http://www.izmiran.rssi.ru/~sova/Copies/jastp-2005-1269.pdf -- 511.7 Кб -- 06.10.2005 Похожие документы
... In particular, heliograms corresponding ° to 11:11 UT were obtained at both 175 and 304 A. According to the GOES data, an X-ray flare of magnitude X1.0 occurred from 16:03 to 16:57 UT but was not observed by SPIRIT because the satellite ° was in shadow. ...