Walter Demetrio Gonzalez Alarcon

• AGU Fall Meeting 2018, AR.EXT

• Abstract

  The project "Development of criteria on magnetospheric energization during geomagnetic storms" will be carried out during a two-week (June 14-30, 2018) visit of Prof Ramon Lopez, from Texas University, to the research Group of Dr. Walter Gonzalez of INPE, in Sao Jose dos Campos, SP. The main objective of this Project is the development of a new criteria to measure the intensity of geomagn…

  Development of criteria on magnetospheric energization during geomagnetic storms, AV.EXT

• Abstract

  Plasma Torus of Ioduring the time interval of close encounter of the Cassini mission with Jupiter´s magnetosphere, in association with the volcanic activity of Io as monitored from ground detectors in the infrared. The visitor has great experience in the data analysis of both types of emissions as well as very goodknowledge about the physics related with the interaction of the plasma Toru…

  Study of Io-Jupiter interaction through observations of UV and radio emissions of the plasma torus, AV.EXT

(Only some records are available in English at this moment)

• Abstract

  Magnetic reconnection is a process which regulates solar wind's energy entry into the inner magnetosphere. Also, it modulates the intensity of the so-called geomagnetic storms and substorms. Their effects may cause fluctuations of signals on telecommunication systems; disruptions of the electrical systems at the Earth's surface by the action of geomagnetically induced currents, and also i…

  NUMERICAL AND OBSERVATIONAL ANALYSIS ON THE MACROSCOPIC ASPECT OF THE MAGNETIC RECONNECTION PROCESS AT EARTH'S DAYSIDE MAGNETOPAUSE, BP.PD
• Tridimensional MHD simulation of the magnetic reconnection process at the earth magnetosphere, BP.PD

• Abstract

  The interplanetary medium is permeated by different magnetic field topologies that govern and influence the plasma particles flow in this environment. Magnetic reconnection process is considered as an important process for momentum and energy transfer from one medium to another. Recent observations from satellites in the solar wind have provided the study of flux transfer events in the in…

  A Study of Magnetic Reconnection on the Terrestrial Magnetosphere by Flux Transfer Events observed by the THEMIS mission, BP.PD

(Only some records are available in English at this moment)

• Abstract

  Earth's dayside magnetopause boundary is the region where magnetic field reconnection takes place, and the locations along the magnetopause where the reconnecting magnetic fields meet and have their topologies changed is referred to as the X-line. Given the current knowledge, there is still no consensus in the scientific community whether reconnection proceeds via a dominant single X-line…

  A conjunction of electromagnetic particle-in-cell (PIC) simulations and in situ observations to investigate magnetic reconnection-related signatures at the Earth's dayside magnetopause: the tripolar magnetic field, BE.EP.PD

• Abstract

  It has been well accepted that the physical process known as magnetic reconnection plays a fundamental role in the so-called solar wind-magnetosphere interaction by allowing the transfer of mass, energy and momentum from the solar wind to the Earth's magnetosphere. Although extensive work on theoretical, observational and numerical perspectives of the magnetic reconnection process has bee…

  Numerical and observational approaches of magnetic reconnection at the Earth's MAGNETOPAUSE in light of the magnetospheric multi scale mission, BE.EP.PD