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Artificial Temperature Anisotropy of Crystals in X-Ray Frequency Range

机译:X射线频率范围内晶体的人工温度各向异性

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The effect of artificial temperature anisotropy of crystals in X-ray frequency range was observed for the first time and an effort to theoretically interpret this effect in Bragg-Laue diffraction case was made. It was established that an isotropic crystal optically turns into an artificially anisotropic one with optical axis along the direction of applied external influence as a symmetry axis, giving rise to the double refraction.
机译:首次观察到X射线频率范围中晶体的人工温度各向异性的效果,并在理论上解释在布拉格拉夫衍射壳体中的努力。建立了各向同性晶体沿着施加的外部影响方向用光轴光学转变为人工各向异性,作为对称轴的方向,从而产生双折射。

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