Exploring Free Electron Absorption in Air: Possibilities and Materials

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In summary, the conversation discusses the possibility of using a statically or magnetically charged material to absorb free electrons/ions from the air. The idea of using an antistatic gun and the piezo-electric effect of crystals is also mentioned. However, it is pointed out that these methods only produce electricity while pressure is changing, making it difficult to generate constant power.
  • #1
Jdo300
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Hello, I am wondering if it is possible to absorb free electrons/ions in the air using a statically charged material, or even a magnetically charged material. I've heard that putting a large antenna up high will create a charge potential but what about ripping energy out of ambient air particles? Is this possible, and if so, are there any materials that could do this naturally?

Thanks,
Jason O
 
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  • #2
There's an antistatic "gun" that was used to "shoot" at records to eliminate any excess charge buildup. It worked by squeezing a trigger connected to a mechanism that transferred this mechanical energy to a quartz crystal. There is an effect in crystals called the peizo-electric effect which is the response of the crystal to produce a voltage under mechanical stress.
 
  • #3
Hmmmm this piezo-electric effect sounds interesting. You say it works just by applying pressure to a quartz crystal?? If that is the case, why don't they juat take a big crystal and set it under a heavy weight to generate constant power? :confused:

Thanks,
Jason O
 
  • #4
The crystal only releases electricity while pressure is changing. It would be like trying to put a heavy weight on top of a bellows, and use the air that comes out of the bellows to power generator. As soon as the weight has squashed the bellows down as far as it is going to, energy ceases to be released.
 
  • #5
What LURCH said. One thing I have come to realize is that, whenever something seems to supply an infinite source of energy, I just don't understand it well enough.
 

Related to Exploring Free Electron Absorption in Air: Possibilities and Materials

1. What are loose ions in the air?

Loose ions in the air are charged particles that are not bound to any other atoms or molecules. They can be either positively or negatively charged and are present in the Earth's atmosphere.

2. Where do loose ions in the air come from?

Loose ions in the air are formed through various natural processes such as cosmic rays, radiation from the sun, and lightning strikes. They can also be produced by human activities like combustion and industrial processes.

3. What effects do loose ions in the air have on our health?

There is some evidence that loose ions in the air can have both positive and negative effects on our health. Some studies suggest that they can improve mood, increase alertness, and reduce stress. However, high concentrations of ions can also cause respiratory irritation and worsen symptoms for those with asthma or allergies.

4. Can loose ions in the air affect the weather?

Yes, loose ions in the air can play a role in the formation of clouds and precipitation. They can also affect atmospheric stability and contribute to the formation of lightning.

5. How can we measure the concentration of loose ions in the air?

The concentration of loose ions in the air can be measured using an ion counter or an ion chamber. These devices use electrical charges to detect the presence of ions and provide a numerical value for their concentration in the air.

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