特殊参照系的假设与狭义相对论一致吗？当然是的，特殊的方法显示它！
Is the assumption of a special system of reference consistent with Special Relativity? Definitely yes, special approaches show it!
摘要：
我们从两个不同的理论角度来解释一些基本的相对论实验，并比较了这些结果：爱因斯坦的狭义相对论理论和洛伦兹-庞加莱理论，后者承认存在一个特殊的参考系，相对于这个参考系，我们可以测量绝对速度。我们在这里考虑的实验是时间膨胀，雷达回波，多普勒效应和雷达检测。最重要的结果是，这两种理论都导致了同一事件的时空坐标的洛伦兹-爱因斯坦变换。这一结论使我们能够断言，在这些特定实验的情况下，光传播中的各向异性逐渐消失
英文摘要：
We compare the results obtained by interpreting some fundamental relativistic experiments from the point of view of two alternative theories: Einstein's special relativity theory and the Lorentz-Poincare theory admitting the existence of a special reference frame relative to which we can measure absolute velocities. The experiments that we consider here are the time dilation, the radar echo, the Doppler Effect and the radar detection. The most important result is that both theories lead to the Lorentz-Einstein transformations for the space-time coordinates of the same event. This conclusion enables us to assert that the anisotropy in the light propagation fades away in the case of these particular experiments
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