Electron spin resonance measurement method and measurement device
AssigneeYamagata Public Corporation for the Development of Industry
InventorsHidekatsu Yokoyama, Tateaki Ogata, Tadaaki Tsuchiya, Ryosuke Kudo
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Abstract
Disclosed are a method of measuring ESR in a sample located outside a resonator using the B1 leaking to the exterior from the end of the resonator; and an ESR device comprised of at least a resonator capable of applying a B1 leaking from the end of the resonator to a sample located outside the resonator, and a magnet located on the resonator side of a plane containing the end of the resonator that is capable of applying a B0 and a modulation field. These inventions enable ESR measurement of the interior of large samples.
Claims20
A method of measuring ESR in a sample located outside a resonator using the alternating magnetic field (B1) leaking to the exterior from the end of the resonator.
A method of measuring ESR in a sample which comprises applying B1 by the end of the resonator to a sample located outside the resonator, using a magnet located on the resonator side of a plane containing the end of the resonator to apply a static magnetic field (B0) and a modulation field to the sample, and measuring the ESR of the sample.
An ESR device comprised of at least a resonator capable of applying a B1 leaking from the end of the resonator to a sample located outside the resonator, and a magnet located on the resonator side of a plane containing the end of the resonator that is capable of applying a B0 and a modulation field.
Dependencies are inferred from the claim text.