Induce current from inside of a pipe.

In summary, the conversation discussed Gauss' law and its application in the Faraday cage effect. It was shown that a charge inside a conducting sphere can create an electric field outside the sphere. The question was raised if it is possible to induce a current on the outside of a long, closed steel pipe by having the primary side of a transformer inside the pipe. The implications of this scenario, including the non-static field and the placement of the transformer, were also mentioned.
  • #1
Gaute
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Hi, I've recently watched prof. Lewin's (brilliant man) lectures on Gauss' law, and I have some questions regarding this and a result from Gauss' law, the Faraday cage effect. It was shown that if one have a charge in the center of a conducting sphere, there will be a electric field outside the sphere, if I understood it right.
My question is, could it be possible to have the primary side of a transformer inside a long, closed steel pipe and be able to induce a current on the outside of the pipe? Some problems, or rather their implications, I can't understand is, the field created on the inside isn't static and the transformer isn't at the center of the pipe?

Thank you :)

Gaute
 
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  • #2
If you had an alternating E field it would induce current in the steel pipe.
 

FAQ: Induce current from inside of a pipe.

What is the concept of inducing current from inside of a pipe?

Inducing current from inside of a pipe is a process that involves using a magnetic field to generate an electric current inside a pipe, without the need for physical contact or wires.

How is current induced inside a pipe?

Current is induced inside a pipe by moving a magnet or an electric conductor near the pipe. This creates a changing magnetic field, which in turn, generates an electric current inside the pipe.

What are the applications of inducing current from inside of a pipe?

Inducing current from inside of a pipe has various applications, such as in non-destructive testing, corrosion monitoring, and flow measurement in pipelines and other industrial settings.

What factors affect the amount of induced current inside a pipe?

The amount of induced current inside a pipe is affected by factors such as the strength of the magnetic field, the velocity of the moving magnet or conductor, the diameter and material of the pipe, and the electrical conductivity of the pipe's material.

Is inducing current from inside of a pipe safe?

Inducing current from inside of a pipe is generally considered safe as long as proper precautions and safety measures are followed. However, it is always recommended to consult with a professional and follow industry standards and guidelines when performing this process.

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