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The Main Results and the Perspectives in the Researches at SSRT

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摘要 In this report briefly presented the contemporary state of the experimental base of Radio Astrophysical Observatory(RAO)of the Institute of Solar-Terrestrial Physics(ISTP),the methodology of radioheliographic monitoring of the solar corona,the SSRT database,the RAO Web-pages,factors limiting the effective use of SSRT.Here are formulated the original results of the basic directions of the solar activity researches and the problems solutions on SSRT:(1)active regions at various development stages,morphology,modeling,signs of energy accumulation and flares buildup,forecast of powerful flares;(2)scenario,topology and the fine temporal picture of flares development,signs of primary energy release,radio emission mechanisms,scatter effects of radio emission in turbulent corona,energetic particles fluxes;(3)filaments;(4)CME with the localization of their initiation at the solar disk background,development scenario of filament activation+CME+flare;(5)coronal holes,and(6)bright coronal points.
出处 《空间科学学报》 CAS CSCD 北大核心 2005年第5期351-355,共5页 Chinese Journal of Space Science
基金 Supported by Siberian Branch of RASEducation and Science Ministry of Russian Federation(No.01-27-SSRT,FSTP"Astron-omy",Leading scientific school 00-15-96710/SS-477.2003.2) RFBR(02-02-39030,03-02-16591,03-02-16229,03-07-90087,03-02-3102) RFBR-SFNS(02-02-39030) Integration with the Universities:state contract(No.10208/1173) the China-Russia Joint Research Center on Space Weather,Chinese Academy of Sciences
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  • 1Smolkov G Y, Pistolkors A A, Treskov T A, Krissinel B B, Putilov V A. The SSRT: Parametrs and principle of operation, objectives and results of first observations.Astrophys. Space Sci., 1986, 119:1-4.
  • 2Grechnev V V, Lesovoy S V, Smolkov G Y et al. The SSRT: The current state of the instrument, observations,and data. Solar Phys., 2003, 216:239-272.
  • 3Grechnev V V. A method to analyze imaging radio data on solar flares. Solar Phys., 2003, 213(1):103-110.
  • 4Altyntsev A T, Kuznetsov A A, Meshalkina N S, Yan Yihua. The combined research of the fine temporal structures (SSRT-NAOC). In: The 5th Russian-Chinese Workshop on Space Weather, Irkutsk, Russia, 2004, 9-10.
  • 5Meshalkina N S, Altyntsev A T, Lesovoy S V, Zandanov V G. On solar 5.TGHz subsecond burst source sizes.Adv. Space Res., 2004, in press.
  • 6Altyntsev A T, Grechnev V V, Meshalkina N S, Sych R A, Yan Yihua. A flare of 23 September 1998: relation between temporal and spatial structures. Solar Phys.,2002, 206(21):155-176.
  • 7Maksimov V P, Nefedyev V P. The observation of a 'negative burst' with high spatial resolution. Solar Phys.,1991, 136:335-342.
  • 8Maksimov V P, Nefedyev V P. Some possibilities of microwave diagnostics of eruptive prominences. Ann. Geophys., 1992, 10:354-358.
  • 9Uralov A M, Lesovoy S V, Zandanov V G, Grechnev V V. Dual-filament initiation of a coronal mass ejection:observations and model. Solar Phys., 2002, 208:69-90.
  • 10Chertok I M, Slemzin V A, Kuzin S V, Grechnev V V,Bugaenko O I, Zhitnik I A, Ignatev A P, Pertsov A A,Analysis of a solar eruptive event on november 4, 2001.Using CORONAS-F/SPIRIT data. Astro. Rep., 2004,48: 5, 407-417.

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