Magnetic nanoparticle temperature measurement method based on electron paramagnetic resonance integral spectrum full width at half maximum
A technology of electron paramagnetic resonance and magnetic nanoparticles, which is applied in the direction of thermometers using electric/magnetic elements that are directly sensitive to heat, using electromagnetic means, thermometers, etc., to achieve high-precision temperature measurement, improve temperature measurement resolution, and broaden the temperature range. The effect of the application scene
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[0051] 1. Simulation model and test description:
[0052] In order to study the feasibility of the temperature measurement method of magnetic nanoparticles based on electron paramagnetic resonance, this example simulates the electron paramagnetic resonance signal of magnetic nanoparticles. The simulation parameters are: particle size D=15nm, main magnetic field scanning range is 76-576mT, microwave frequency v=9.141GHz, and simulation temperature is 30°C. gain
[0053] 2. Simulation test results:
[0054] figure 2 It reflects the electron paramagnetic resonance spectrum and integral spectrum of magnetic nanoparticles with a particle size of 15nm. It can be seen from the figure that there is only one resonance peak.
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