太阳系绕银河系银心运动过程中出现的现象

The Phenomenon of the Solar System around the Galactic Center

由系统无序能与有序能守恒理论出发,可得:太阳系绕银河系银心运动过程中,行星绕太阳运行轨道半径、公转速度、自转的角速度大小是变化的。太阳系由远银点到近银点,行星绕太阳运行轨道半径逐渐增大;同时行星公转速度、自转角速度也逐渐减小。太阳系由近银点到远银点,行星绕太阳运行轨道半径逐渐减小;同时行星公转速度、自转角速度也逐渐增大。地球的冰河期,是太阳系由远银点到近银点地球绕太阳运行轨道半径逐渐增大接受太阳能量逐渐减小造成的。地球绕太阳公转一周(一年)、自转一周(一天)的时间是变化的;太阳系由远银点到近银点,地球一年、一天的时间逐渐变长;太阳系由近银点到远银点,地球一年、一天的时间逐渐变短。

From the system disordered and ordered energy conservation theory, we can know：when solar system moves around the galactic center of Milky Way, the sun orbit radius, revolution speed, and rotation is changed during the planets orbit the sun. The solar system moves from far to near the point of the galactic center, the orbit radius of the planets around the sun gradually increasing; while the planetary revolution speed, spin speed is gradually reduced. The solar system moves from near to the far point of the galactic center, the orbit radius of planets around the sun gradually decreasing; while planetary revolution speed, the size of the rotation angular velocity gradually increases. Earth ice age is caused by the solar system moves from far to near point of the galactic center, the orbit radius of the Earth around the sun increases, the amount of solar energy received decreases. The time for the Earth around the sun（one year）, one rotation on its axis（one day） is varies; the solar system from far to near point of the galactic center, the time of one year and one day begin to get longer; the solar system moves from near to the far point, the time of one year and one day gradually shorter.