Exploring the Effects of Cooling and Slowing Down Solar Particles

In summary, the sun emits charged particles, mainly protons, alpha particles, and electrons. If these particles are cooled down and slowed down, they will become cooler and slower particles. However, collecting them for useful purposes such as manufacturing fuel or energy is not practical due to the small amount of particles and the high cost of collection. A collector 1 km on a side would only collect about 200 grams of hydrogen in a year. This would not be worth the cost, even with the use of a magnet.
  • #1
TungstenX
20
0
Good day All,

Just a quick question:
The sun emits charge particles, very hot moving very fast, right? (stop if my knowledge is incorrect :smile:)
What will happen if one can cool down and / or slow down said particles?


TX
 
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  • #2
I don't understand your question. If you cool down and slow down the solar wind particles, you will have cooler and slower particles... What exactly is your question?
 
  • #3
Uhm...

To expand my question:
What are these particles (to start off)? (Atoms, sub atomic particles, etc)

Can these solar wind particles be used for anything useful?
(Useful as in building stuff?)

(The question was so clear in my mind, but I guess it is just one of those days :smile:)
 
  • #4
Well, it's just ions blown off from the surface of the sun, so it's mainly made up of protons, alpha particles, and electrons. There's not very much of it, so collecting it would be a very expensive way of getting materials (hydrogen and helium) that are available much more cheaply here on Earth.
 
  • #5
So, collection of them for manufacturing fuel or energy will not be a good idea, even if one is already in space?
 
  • #6
Well, let's try to calculate it. Wikipedia says that the solar wind releases 10^36 particles/second. At the Earth's orbit, this works out to ~ 10^18 particles/sec/(sq km). Let's say we built a collector 1 km on a side and collected particles for a year - we would collect about 10^26 particles, or about 200 grams of hydrogen. At current prices, this is worth about 80 cents. Sound worth it to you?
 
  • #7
Uhm, not really :blushing:

And I suppose that a huge magnet will not help much other than push up the cost
 

FAQ: Exploring the Effects of Cooling and Slowing Down Solar Particles

What are quick solar particles?

Quick solar particles are high-energy particles emitted from the Sun, such as protons, electrons, and alpha particles. They can travel at speeds close to the speed of light and can have a significant impact on Earth's magnetic field and atmosphere.

How are quick solar particles formed?

Quick solar particles are formed through various processes on the Sun, such as solar flares, coronal mass ejections, and solar wind. These events release huge amounts of energy, which accelerate particles and send them out into space.

3. What effects do quick solar particles have on Earth?

When quick solar particles reach Earth, they can interact with the planet's magnetic field and atmosphere, causing disruptions such as auroras, radio blackouts, and even power outages. They can also affect satellite and space technology.

4. How do scientists study quick solar particles?

Scientists use various instruments and spacecraft to study quick solar particles. These include satellites, ground-based detectors, and specialized instruments on spacecraft, such as the Solar and Heliospheric Observatory (SOHO) and the Parker Solar Probe.

5. Can quick solar particles be dangerous to humans?

Quick solar particles can be dangerous to astronauts and cosmonauts, as they have the potential to cause radiation sickness and damage to their equipment. However, on Earth's surface, our atmosphere and magnetic field serve as protection from these particles, and they are not harmful to humans.

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