Microwave Heating Effect on Diamond Samples of Nitrogen-Vacancy Centers
Zheng Wang, Jintao Zhang, X. J. Feng, Xing Li
Abstract
is largely red-shifted by the temperature rises of the diamond samples. The effect will inevitably cause NV-diamond sensors to misread the true temperature of the target and disturb magnetic field detection by perturbing the spin precession of NV centers. Our observation demonstrates that such a phenomenon is negligible for the quantum lock-in XY8-N method.
Topics & Concepts
DiamondMicrowaveQuantum sensorMaterials scienceNitrogen-vacancy centerVacancy defectSpin (aerodynamics)Magnetic fieldCondensed matter physicsElectron paramagnetic resonanceAtomic physicsOptoelectronicsQuantumPhysicsNuclear magnetic resonanceQuantum informationQuantum networkComposite materialThermodynamicsQuantum mechanicsDiamond and Carbon-based Materials ResearchHigh-pressure geophysics and materialsSemiconductor materials and devices