Tweet
Magenetic field - to EMF in Ghz range -- to tank circuit -- oscillation idea
From Wikipedia - Megnetomer: specifically the Proton precession magnetometer...
"A direct current flowing in a solenoid creates a strong magnetic field around a hydrogen-rich fluid (kerosine, and decane is popular, and even water can be used), causing some of the protons to align themselves with that field. The current is then interrupted, and as protons realign themselves with ambient magnetic field, they precess at a frequency that is directly proportional to the magnetic field. This produces a weak rotating magnetic field that is picked up by a (sometimes separate) inductor, amplified electronically, and fed to a digital frequency counter whose output is typically scaled and displayed directly as field strength or output as digital data."
So in thinking about this. What if instead of using an inductor for the "pickup" and measure step here. ... what if you have an Antenna with Ghz reception of the EMF (or dielectric field)? The Dielectric field spining, as a result of the NMR of the proton, is NICE because it is NOT influenced by back EMF effects. You can think of it is extremely low-mass -- near zero inertia.
Hence, with very LITTLE power from a solenoid, would it be possible to create these NMR induced Ghz EMF signals that are much greater in intensity then other radio noise your are trying to receive to trigger the machine to start in the first place?
From Wikipedia - Megnetomer: specifically the Proton precession magnetometer...
"A direct current flowing in a solenoid creates a strong magnetic field around a hydrogen-rich fluid (kerosine, and decane is popular, and even water can be used), causing some of the protons to align themselves with that field. The current is then interrupted, and as protons realign themselves with ambient magnetic field, they precess at a frequency that is directly proportional to the magnetic field. This produces a weak rotating magnetic field that is picked up by a (sometimes separate) inductor, amplified electronically, and fed to a digital frequency counter whose output is typically scaled and displayed directly as field strength or output as digital data."
So in thinking about this. What if instead of using an inductor for the "pickup" and measure step here. ... what if you have an Antenna with Ghz reception of the EMF (or dielectric field)? The Dielectric field spining, as a result of the NMR of the proton, is NICE because it is NOT influenced by back EMF effects. You can think of it is extremely low-mass -- near zero inertia.
Hence, with very LITTLE power from a solenoid, would it be possible to create these NMR induced Ghz EMF signals that are much greater in intensity then other radio noise your are trying to receive to trigger the machine to start in the first place?
Comment