What substance is giving out from radiation?

  • Thread starter oem7110
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In summary, it has been confirmed that being exposed to radiation can increase the risk of developing leukemia. However, high voltage power lines do not emit radioactive materials or fields and are unlikely to be a major health hazard for humans. They may pose a danger for birds and are mostly seen as an eyesore.
  • #1
oem7110
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"Away from the radiation, the incidence of leukemia increased significantly, confirming the risk of radiation-induced leukemia."

If a high voltage (negative charges) is running through the cable, please see following image.

Does anyone have any suggestions on what substance is giving out from radiation?
Thanks in advance for any suggestions

high-voltage-measuring-techniques-800x800.jpg
 
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  • #2
Really, how in the world are you suppose to get an answer? You just wrote a random quote with 0 context or reference and asked a non-sensible question. We don't read minds here.
 
  • #3
oem7110 said:
"Away from the radiation, the incidence of leukemia increased significantly, confirming the risk of radiation-induced leukemia."

If a high voltage (negative charges) is running through the cable, please see following image.

Does anyone have any suggestions on what substance is giving out from radiation?
Thanks in advance for any suggestions

high-voltage-measuring-techniques-800x800.jpg

A high voltage line such as you depict will be DC or AC, with ultra high voltage ( above 500,000 volts) lines pretty much exclusively DC.
A DC line induces a magnetic field, but it is steady. An AC line induces a fluctuating magnetic field, changing in polarity 60x/second (50x in Europe). Neither line emits other radioactive materials or fields.
Humans appear to be very insensitive to steady magnetic fields, but brief transient ultra high magnetic fields are in use as a treatment for depression, somewhat analogous but with less side effects than electro- shock therapy.
It is in fact a source of misunderstandings when we say radioactive, it has nothing to do with radio or with electromagnetism, it reflects rather the processes in a nuclear core, which is falling apart into other elements, emitting alpha and/or beta particles plus gamma rays.
So these power lines are unlikely to be a major health hazard. They are a problem for birds that run into them and big birds can get electrocuted sitting on the poles near the wires, but for humans they are mostly an eyesore.
 
  • #4
There is zero evidence that non-ionization radiation (e.g. radio waves given off by electric transmission lines) have any detrimental effect on human health.
 
  • #5
.

I would like to clarify that radiation itself is not a substance that is giving out. Radiation refers to the emission of energy in the form of waves or particles, and can come from various sources such as the sun, nuclear reactions, or medical procedures. However, the effects of radiation can lead to the release of harmful substances, such as radioactive particles, which can increase the risk of developing diseases like leukemia. It is important to properly protect ourselves from radiation exposure to minimize these risks. As for the high voltage running through the cable, it is likely that it is emitting electromagnetic radiation, which can also have potential health effects. It is important to conduct further research and follow safety guidelines when working with sources of radiation.
 

1. What is radiation?

Radiation is the emission of energy in the form of waves or particles. It can come from natural sources, such as the sun, or from man-made sources, such as nuclear power plants.

2. How is radiation produced?

Radiation is produced through processes such as nuclear reactions, radioactive decay, or electromagnetic radiation from a source, such as a radioactive material or an x-ray machine.

3. What substances give off radiation?

Substances that give off radiation are called radioactive materials. These can include elements such as uranium, radium, and plutonium, as well as certain isotopes of common elements like carbon, potassium, and iodine.

4. What type of radiation is harmful to humans?

There are three main types of radiation: alpha, beta, and gamma. Alpha and beta particles are not able to penetrate the skin and are not harmful unless ingested. Gamma rays, however, are high-energy waves that can pass through the body and cause damage to cells and DNA, making it the most harmful type of radiation to humans.

5. How can we protect ourselves from radiation?

There are several ways to protect ourselves from radiation, depending on the source. For example, wearing protective gear like lead aprons can shield against radiation from x-rays. Limiting exposure time and distance from a radiation source can also help reduce exposure. In addition, following safety protocols and regulations for handling radioactive materials is crucial in preventing unnecessary exposure.

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