- #1
MIC
- 19
- 0
howdy,
I have never worked with superconductive circuitry, nor do I know of it's use much past MRI machines with large coils and in its research for transmission lines.
What if you were to make a superconducting capacitor, and place it in parallel with a superconducting coil to make a "tank circuit". Could this be used to store energy as an AC battery?
My line of thought is that in a superconducting environment, the energy wouldn't dissipate so much, so a constant AC source wouldn't be required to drive the circuit. Could a standing wave be formed similar to a diode laser, mirrored between the inductor and capacitor, that would not require constant pumping to remain, for possible use as an AC battery for high power.
I don't pretend to have enough experience or understanding about these things, so I thought to post it here and see what kind of response I would get. Thank you.
I have never worked with superconductive circuitry, nor do I know of it's use much past MRI machines with large coils and in its research for transmission lines.
What if you were to make a superconducting capacitor, and place it in parallel with a superconducting coil to make a "tank circuit". Could this be used to store energy as an AC battery?
My line of thought is that in a superconducting environment, the energy wouldn't dissipate so much, so a constant AC source wouldn't be required to drive the circuit. Could a standing wave be formed similar to a diode laser, mirrored between the inductor and capacitor, that would not require constant pumping to remain, for possible use as an AC battery for high power.
I don't pretend to have enough experience or understanding about these things, so I thought to post it here and see what kind of response I would get. Thank you.