费马各向异性单轴原理对一维单轴晶体板反射和透射因子的影响
Consequences of the Fermat's anisotropic uniaxial principle on the reflexion and transmission factors for one-dimensional uniaxial crystal slabs
摘要：
从光子脉冲能量四维守恒出发，提出了两单轴晶体平面界面反射和透射因子的相干定义。这个定义，不同于经典的电磁之一，是兼容的完全解决了扩展的费马的几何光学原理的非常发光的光线内单轴介质，并允许精确计算的传输因子在平面界面的任何实际配置，结合所有可能的光轴和各向异性因子的变化。此外，这种特殊的技术指出了与光子强烈相关的准粒子的存在，其行为与光子的透射/反射可能性高度相关。
英文摘要：
A coherent definition of the reflection and transmission factors at a plane interface separating two uniaxial crystals is proposed, from the photons impulsion-energy 4-vectors conservation. This definition, different from the classical electromagnetic one, is compatible with the completely resolved extended Fermat's principle of the geometric optics for extraordinary luminous rays inside uniaxial media, and allows the exact calculation of the transmission factors at the plane interface for any practical configuration, combining all possible optical axes and anisotropy factors variations. Furthermore, this particular technique points out the existence of quasi-particles strongly associated to the photons, whose behaviour is highly correlated to the photons transmission/reflection possibilities.
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