Exploring the Nature of H+ Ions: Acid or Plasma?

In summary, hydrogen gas can be transformed into plasma by heating it to high temperatures and using a polarized magnetic field to separate the protons and electrons. As the gas cools down, the protons can be defined as H+ ions, which have the ability to react with hydroxide ions and form water. These ions can be considered acidic, but with a net electric charge. Storing these protons can be done with a magnetic field, but they may also react with the container's material, similar to how acids corrode materials.
  • #1
Xforce
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TL;DR Summary
What happens when hydrogen atoms loses their sole electron?
If we heat up hydrogen gas in a sealed container to tens of thousands of degrees Celsius (via microwave or other radiation) , until the nucleus and electrons start to separate from each other, which becomes plasma. Then use a polarised magnetic field to separate the protons and electrons. Where electrons are attracted by the positive end, and protons get attracted by the negative end. Last we put a barrier in the middle to separate them. As they cool down, the protons can be defined as H+ ions.
I heard acids are these ions in chemical compounds like HCl (hydrochloric acid), but can just those H+ ions alone be acid? They have the ability to react with hydroxide ions and form water.
 
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  • #2
I guess you could say it is acidic, but your substance has a net electric charge. Regular acidic substances do not. How would you store these protons? What do you think happens when they collide with the molecules in the container?
 
  • #3
Charged particles are easy to be held by a magnetic field... but I guess they will stole the electrons of the materials of the container when they contact, and I think that is similar to the process of an acid corrodes a material.
 

1. What is the nature of H+ ions?

H+ ions are positively charged hydrogen atoms that have lost their lone electron. They are highly reactive and play important roles in various chemical and biological processes.

2. Are H+ ions considered acids or plasma?

H+ ions can exist in both acid and plasma forms, depending on their environment. In an aqueous solution, they act as acids by donating their proton to water molecules. In a gas state, they form a plasma due to their high energy and reactivity.

3. How do H+ ions affect pH levels?

H+ ions are the main contributor to the acidity of a solution. The more H+ ions present, the lower the pH level will be. This is because H+ ions combine with water molecules to form hydronium ions, which increase the concentration of hydrogen ions in the solution.

4. What are the properties of H+ ions?

H+ ions have a small size and high charge, making them highly reactive and able to easily bond with other molecules. They are also very mobile and can move quickly through solutions or gases.

5. How are H+ ions produced in nature?

H+ ions are produced in various natural processes, such as the dissociation of acids, the ionization of gases in the upper atmosphere, and the electrolysis of water. They are also produced by living organisms as a byproduct of cellular respiration.

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