Ionization driven phase change

In summary, ionization driven phase change is a phenomenon where a change in the ionization state of a material leads to a change in its physical properties, such as melting or boiling point. This can occur when a material is exposed to high levels of radiation or high temperatures. It occurs when the energy from radiation or heat causes electrons to be removed from atoms in a material, creating ions. Scientists study ionization driven phase change through experiments and computer simulations, and it has potential applications in various fields such as materials science, energy production, and space exploration.
  • #1
taylaron
Gold Member
397
1
Greetings,
I've been searching online without success for information related to the process (name?) Of utilizing the repusive force between negatively ionized particles to facilitate a change of phase from liquid to plasma.
I would like to be able to take a substance in liquid form inside a vacuum, apply a voltage from say, a flyback transformer to the liquid and have the liquid transition to a plasma.

I would appreciate some feedback of its feasability or links to more information on the subject.

Thanks a bunch,
-Tay
 
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  • #2
Isn't that just called ionization?
 

1. What is ionization driven phase change?

Ionization driven phase change is a phenomenon where a change in the ionization state of a material leads to a change in its physical properties, such as melting or boiling point. This can occur when a material is exposed to high levels of radiation or high temperatures.

2. How does ionization driven phase change occur?

Ionization driven phase change occurs when the energy from radiation or heat causes electrons to be removed from atoms in a material, creating ions. This change in the atomic structure can lead to changes in the material's physical properties.

3. What are some examples of ionization driven phase change?

One example is the phase change of water into steam when exposed to high levels of heat, such as in a boiling pot. Another example is the melting of a metal when it is exposed to intense radiation, causing its atoms to become ionized and changing its physical state.

4. How is ionization driven phase change studied?

Scientists can study ionization driven phase change through experiments that expose materials to high levels of radiation or heat and measure their physical properties. They can also use computer simulations to model and predict how different materials may behave under these conditions.

5. What are the potential applications of ionization driven phase change?

Ionization driven phase change has potential applications in various fields, such as materials science, energy production, and space exploration. It can also be used in the development of new technologies, such as heat shields for spacecraft or materials that can withstand extreme temperatures.

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