How voltage amplification affects plasma flux density?

In summary, increasing voltage amplification while keeping power output constant will result in a lower plasma density. The ideal voltage to current ratio for any given power will vary depending on the specific circumstances.
  • #1
CognitiveNet
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Would a voltage amplification with the same power output increase plasma density and increase the magnetic field of the plasma, if the power output does not change?

In the case of a USB plasma globe with a current flow of 300mA through 5 volt, amounts to 1,5W.
CASE A:

Ofcourse this voltage has to be amplified in a transformer to at least 1000 volt, in that case the current would be nominal 1,5mA.

CASE B:
Now what if we amplified the voltage up to 10'000 volt, the current would be 1,5 micro ampere.
How would this affect the plasma?
--------------------------------------…
Question 2:
What is the ideal voltage to current ratio for any given power?
 
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  • #2
The plasma density for a fixed gap will generally depend on the current, so increasing the volatge and keeping the power constant will produce a lower plasma density.
 

1. How does voltage amplification affect plasma flux density?

When voltage is amplified, it increases the energy of the electric field in the plasma. This leads to a higher rate of collisions between charged particles, resulting in an increase in plasma density.

2. Is there a direct relationship between voltage amplification and plasma flux density?

Yes, there is a direct relationship between voltage amplification and plasma flux density. As voltage amplification increases, so does the plasma flux density.

3. Can voltage amplification be used to control plasma flux density?

Yes, voltage amplification can be used to control plasma flux density. By adjusting the voltage, the energy of the electric field can be changed, which in turn affects the rate of collisions and ultimately the plasma density.

4. Are there any limitations to the effects of voltage amplification on plasma flux density?

Yes, there are limitations to the effects of voltage amplification on plasma flux density. At a certain point, increasing the voltage will not result in a significant increase in plasma density. This is due to factors such as the plasma's conductivity and the strength of the magnetic field.

5. How does the type of gas used in plasma affect the relationship between voltage amplification and plasma flux density?

The type of gas used in plasma can affect the relationship between voltage amplification and plasma flux density. Different gases have different ionization potentials, which can impact the rate of collisions and the resulting plasma density when voltage is amplified.

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