Knowledge of the radial variation of the plasma conditions in the coronal source region of the solar wind is essential to exploring coronal heating and solar wind acceleration mechanisms. The goal of the present proposal is to determine as many plasma parameters in that region as possible by coordinating different observational techniques, such as Interplanetary Scintillation Observations, spectral line intensity observations, polarization brightness measurements and X-ray observations. The inferred plasma parameters are then used to constrain solar wind models
Radio occultation and white-light measurements have shown that the solar corona comprises three dist...
Despite the richness of the information about the physical properties and the structure of the solar...
Investigations of the physical processes responsible for coronal heating and the acceleration of the...
Knowledge of the radial variation of the plasma conditions in the coronal source region of the solar...
The dynamic behavior of the plasma in the chromosphere/transition region /inner corona is vital for ...
The goal of the proposed research was to increase the understanding of coronal plasma phenomena by m...
Context. Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
While the mechanisms responsible for the solar corona and the high-speed solar wind streams are stil...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
We develop a new diagnostic technique that utilizes, at the same time, two completely different type...
Context: Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
[1] The solar wind has been measured directly from 0.3 AU outward, and the Sun’s atmosphere has been...
Context: Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
Radio occultation and white-light measurements have shown that the solar corona comprises three dist...
Despite the richness of the information about the physical properties and the structure of the solar...
Investigations of the physical processes responsible for coronal heating and the acceleration of the...
Knowledge of the radial variation of the plasma conditions in the coronal source region of the solar...
The dynamic behavior of the plasma in the chromosphere/transition region /inner corona is vital for ...
The goal of the proposed research was to increase the understanding of coronal plasma phenomena by m...
Context. Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
While the mechanisms responsible for the solar corona and the high-speed solar wind streams are stil...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
The solar wind has been measured directly from 0.3 AU outward, and the Sun's atmosphere has been ima...
We develop a new diagnostic technique that utilizes, at the same time, two completely different type...
Context: Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
[1] The solar wind has been measured directly from 0.3 AU outward, and the Sun’s atmosphere has been...
Context: Future spacecraft missions, such as the proposed Solar Probe mission, will venture close to...
Radio occultation and white-light measurements have shown that the solar corona comprises three dist...
Despite the richness of the information about the physical properties and the structure of the solar...
Investigations of the physical processes responsible for coronal heating and the acceleration of the...