The proton flux in Solar System in keV range

In summary, the proton flux in the Solar System in keV range is the number of protons per unit area with energies in the range of kiloelectron volts passing through a given point in the Solar System. It is measured using instruments on satellites and spacecraft and studying it helps scientists understand the origins and dynamics of the Solar System and its interactions with the space environment. Factors such as solar activity, Earth's magnetic field, and location can affect the proton flux, and it can impact Earth and its inhabitants by causing disruptions in technology and posing a radiation hazard.
  • #1
nykon
7
0
Dear Forum Users,

I am looking for a database of proton fluxes. I have found already the SOHO database:

http://umtof.umd.edu/pm/

but I need also the database for energy range of 1keV to 100 keV range.

Does someone could send me some hints where to search?


nykon
 
Astronomy news on Phys.org
  • #2
Hmm, no response from the community. Maybe someone knows if there is a model of p+ fluxes in the keV energy range, especially up to 100 keV?

nykon
 

1. What is the proton flux in the Solar System in keV range?

The proton flux in the Solar System in keV range refers to the number of protons per unit area that are passing through a given point in the Solar System with energies in the range of kiloelectron volts (keV).

2. How is the proton flux in the Solar System measured?

The proton flux in the Solar System is measured using instruments on satellites and spacecraft that are specifically designed to detect and measure the energy and direction of high-energy particles, such as protons, in the keV range.

3. What is the significance of studying the proton flux in the Solar System?

Studying the proton flux in the Solar System helps scientists understand the origins and dynamics of the Solar System and its interactions with the surrounding space environment. It also has practical applications for space weather forecasting and protection of astronauts and spacecraft from high-energy particles.

4. What factors affect the proton flux in the Solar System in the keV range?

The proton flux in the Solar System can be influenced by various factors such as solar activity, the Earth's magnetic field, and interactions with other particles in the Solar System. It can also vary depending on the location within the Solar System and the energy of the protons.

5. How does the proton flux in the Solar System impact Earth and its inhabitants?

The proton flux in the Solar System can impact Earth and its inhabitants in several ways. High-energy protons can cause disruptions in satellite and communication systems, and can also pose a radiation hazard to astronauts and airline crews. Additionally, fluctuations in the proton flux can affect Earth's upper atmosphere and contribute to aurora activity.

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