Moon phase, solar and lunar eclipse cause demonstration instrument

Abstract

A cause demonstrating instrument for a lunar phase, a solar eclipse and a lunar eclipse is composed of an ecliptic circular annular face, an ecliptic, a lunar orbit face, a lunar orbit, a fixed star, a sun, an earth, a moon and a wireless camera. An earth and moon opposite rotation vortex center theory of celestial body revolution of the sun, the earth and the moon is provided and according to the theory, a demonstrating model is designed and used for explaining forming reasons and change rules of the lunar phase, the solar eclipse and the lunar eclipse. The cause demonstrating instrument for the lunar phase, the solar eclipse and the lunar eclipse has the advantages that the earth and moon opposite rotation vortex center theory of celestial body revolution of the sun, the earth and the moon is provided; the phenomenon that the moon tours the heaven for a circle with the center of a vortex serving as the center of a circle every sidereal month can be demonstrated, wherein each sidereal month includes 27.321661 days; the phenomenon that every synodic month includes 29.53059 days can be demonstrated and explained, after one synodic month, the phenomenon that the sun and the moon are located in the same longitude on a celestial sphere happens exactly, and the continuous change of the lunar phase is demonstrated repeatedly; the phenomenon that meridian transit moments of the moon on different days are different can be demonstrated and explained and the phenomenon refers to the condition that the moon rises 49 minutes later at one night than the last night; the forming reasons of the solar eclipse and the lunar eclipse can be demonstrated and explained.

Description

technical field [0001] The invention relates to an astronomical principle model, in particular to a principle model for explaining the formation and change of solar and lunar eclipses and lunar phases. Background technique [0002] At present, the demonstration instruments for solar and lunar eclipses and moon phases are all designed and manufactured based on the theory of "heliocentric theory": the sun is the fixed center, and the earth and the moon move in circles around the sun on the ecliptic with a cycle of one tropic year , the moon makes a circular motion around the earth with a cycle of a synodic month. [0003] If the stars are used as a reference, the two movements of the moon cannot exist at the same time, that is, the moon not only performs a survey movement relative to the stars, but also makes a circular movement around the earth. These two movements of the moon cannot be unified and exist at the same time . First of all, the earth needs 365.242199 days in a ...

AI Technical Summary

Problems solved by technology

[0014] 1. The total late rising time of the moon is: 29.53059×0.878424 hours = 25.940379 hours, that is to say, when the earth turns to the next new moon, the moon cannot go down at the same time as the sun, and enter the cycle of the next lunar cycle. It is later than 1.940379 o'clock, so it cannot form a synodic month as a cycle, which is not consistent with astronomical observation

[0015] 2. The total rotation angle of the moon is: 29.53059×13.176358°=389.105640°. In one lunar month, the angle of the moon’s rotation relative to the earth has exceeded 360°. That is to say, when the earth turns to the next new moon, the moon has passed The angle of the extra rotation is 389.105640°-360°=29.105640°, and it is impossible to form a synodic moon with a cycle of a synodic month, which does not conform to the observation of astronomical phenomena

[0017] One is that it cannot be demonstrated that the moon surveys the sky every sidereal month 27.321661 for one week;

[0018] The second is that it is impossible to demonstrate that each lunar month is 29.53059 days, and after one lunar month, it can just be combined again, and the continuous change of the moon phase can be repeatedly demonstrated;

[0019] The third is that it is impossible to demonstrate the difference in the midheaven time of the moon every day, or that the moon rises about 49 minutes later than the previous night every night

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