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首页> 外文期刊>Physical review >Creating traveling waves from standing waves from the gyrotropic paramagnetic properties of Fe~(3+) ions in a high-Q whispering gallery mode sapphire resonator
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Creating traveling waves from standing waves from the gyrotropic paramagnetic properties of Fe~(3+) ions in a high-Q whispering gallery mode sapphire resonator

机译：在高Q耳语画廊模式蓝宝石谐振器中根据Fe〜（3+）离子的旋磁顺磁特性从驻波产生行波

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摘要

We report observations of the gyrotropic change in magnetic susceptibility of the Fe~(3+) electron paramagnetic resonance at 12.037 GHz (between spin states |1/2> and |3/2>) in sapphire with respect to the applied magnetic field. Measurements were made by observing the response of the high-Q whispering gallery doublet in a Hemex sapphire resonator cooled to 5 K. The doublets initially existed as standing waves at zero field and were transformed to traveling waves due to the gyrotropic response.
机译：我们报告了在蓝宝石中，相对于所施加的磁场，蓝宝石中Fe〜（3+）电子顺磁共振的磁化率在12.037 GHz（自旋态| 1/2>和| 3/2>之间）的回旋变化的观察。通过观察冷却到5 K的Hemex蓝宝石谐振器中高Q耳语双峰的响应来进行测量。双峰最初以零场的驻波形式存在，并由于回旋响应而转变为行波。

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