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Super-paramagnetic particles chemically bound to luminescent diamond: single nano-crystals probed with optically detected magnetic resonance

机译:化学结合到发光钻石的超顺磁性粒子:通过光学检测的磁共振探测到的单个纳米晶体

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摘要

We have synthesized novel composite particles made of single-domain nanomagnets chemically bound to nanocrystals of diamond. Optically detected magnetic resonance spectra of nitrogen-vacancy centers in diamond allowed us to estimate the magnetic field of the nanomagnets and to observe the saturation of their magnetization when an external field of a few tens of mT has been applied. The saturation effect is in agreement with the size of the domains measured using transmission electron microscopy and a simple model of magnetization.
机译:我们已经合成了由化学结合到金刚石纳米晶体的单畴纳米磁体制成的新型复合颗粒。在金刚石中氮空位中心的光学检测到的磁共振光谱使我们能够估计纳米磁体的磁场,并在施加数十mT的外部磁场时观察其磁化强度的饱和度。饱和效应与使用透射电子显微镜和简单的磁化模型测得的畴的尺寸一致。

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