@InProceedings{Gonzalez-AlarconTsur:1992:GeStRe,
               author = "Gonzalez-Alarcon, Walter Demetrio and Tsurutani, B. T.",
                title = "Terrestrial response to eruptive solar flares: geomagnetic storms: 
                         a review",
                 year = "1992",
                pages = "277--286",
         organization = "Frontiers in Physics: Eruptive Solar Flares.",
            publisher = "Springer Verlag",
             keywords = "GEOFISICA ESPACIAL, TEMPESTADE MAGNETICA, ERUPCAO.",
             abstract = "During the interval of August 1978 - December 1979, 56 unambiguous 
                         fast forward shocks were identified using magnetic field and 
                         plasma data collected by the ISEE-3 spacecraft. Because this 
                         interval is at a solar maximum we assume the streams causing these 
                         shocks are associated with coronal mass ejections and eruptive 
                         solar flares. For these shocks we shall describe the shock- storm 
                         relationship for the level of intense storms (Dst < -100 nT). 
                         Then, we will discuss the interplanetary structures that are 
                         associated with the large-amplitude and long-duration negative B, 
                         fields,which are found in the sheath field and/or driver gas 
                         regions of the shock and are thought to be the main cause of the 
                         intense storms. We will also present for the solar physicist a 
                         summary of the interplanetary/magnetosphere coupling functions, 
                         based on the magnetopause reconnection process. We will end by 
                         giving an overview of the long-term evolution of geornagnetic 
                         storms such as those associated with the seasonal and solar cyle 
                         distributions.",
      conference-year = "1992",
                label = "8678",
           targetfile = "gonzalez_terrestrial.pdf",
        urlaccessdate = "29 jun. 2024"
}