钟慢效应计算新方法

引力势变动引起的钟慢效应称之为广义相对论效应，速度快慢引起的钟慢效应称之为狭义相对论效应，总的钟慢效应值是分别计算出的广义相对论效应值和狭义相对论效应值的代数和。如果涉及非惯性系，还要进行Saganc效应计算。目前使用的这种方法，计算非常复杂繁琐，道理晦涩难懂，逻辑自洽性也广受质疑.笔者采用了全新的方法，用改进后的能量转化与守恒定律，根据已知处的光速计算待求处的未知光速。大量的实验揭示：任意两处时间与频率的变化率等于该两处的光速变化率，即t^2/t1=c1/c2,f2/f1=c1/c2。笔者紧紧抓住光速变化这根线索，按图索骥地计算钟慢效应和频率变化，计算简单，道理清晰，逻辑自洽.本文选取了三个著名且可信度较高的实验进行验证，一个是GPS的钟慢效应，一个是GPS频率调制，再一个是机载原子钟环球飞行实验，结果理论计算值与资料公布的实验观测值全部高度吻合.

New Method for Calculation on the Effect that Clocks Look Slower

The effect phenomenon that clocks look slower caused by changes of the gravitational potential is called effects of general relativity. The effect phenomenon that clocks look slower caused by changes of speed is called effects of special relativity. The total value of effect is the algebra sum of the two situation. If it involves non-inertial reference frame, the Saganc effect must be considered. This popular calculation used is more complicated, the truth is hard to understand, the logical self-consistency has also been questioned. In this paper, a new method of improved energy conversion and conservation is used to calculate the unknown speed of light at the certain space based on the known speed of light at another space. It is proposed that the change rate of light speed at any two different space is the change rates of time and frequency at the two different space, that is t^2/t1=c1/c2,f2/f1=c1/c2. The calculation is simple, clear reason and logic self-consistent. Three well-known and high-credibility of experiments which is the effect phenomenon of GPS, the modulated frequency of GPS and the atomic clock＇s circumnavigation experiment. The results shows that the theoretical calculations and experimental data published observations all highly consistent.