How to explain the implication of the ancient Venus eclipse?

Although the moon covers Venus once in a hundred years, it is also a rare astronomical phenomenon. So do you know the timetable for the moon to cover Venus? Do you know when the moon will cover Venus? What is the meaning of the moon covering Venus? How to explain it in ancient times? Let's reveal the constellation knowledge for everyone!

How to explain the implication that the ancient moon covered Venus?

"The moon covers Venus" is a celestial phenomenon that happens when the moon just walks between Venus and the earth and the three planets are in a straight line. This is a regular astronomical phenomenon. Astronomers can accurately calculate the time of the moon's eclipse of Venus in advance, so there is no early warning, which has no special significance in ancient or modern times.

The formation principle of the moon covering Venus

When Venus, the moon and the earth are in a straight line, it is possible that the moon will cover Venus, which is similar to the principle of solar eclipse. When the total solar eclipse occurs, only a small part of the world can see it; When the moon covers Venus, only a few people in the world can see it. Therefore, the probability that the public can see that the moon devours Venus may be less than the total solar eclipse.

Lunar eclipse schedule of Venus

Daily brightness of date, hour, distance and angle

Date TT e m 1 m2 planet

Venus 2015/07/19 00: 54: 53 34-4.5-8.8

2015/10/08 20: 08:15-45-4.5-9.4 Venus

2015/12/0717:19: 49-42-4.0-9.3 Venus

2016/04/06 08: 08: 26-16-3.9-7.5 Venus

2016/09/031:17: 07 24-3.8-8.1Venus

2017/09/18 00: 40: 36-28-3.8-8.5 Venus

2018/02/1616: 30: 2810-3.9-6.2 Venus

2019/01/317: 37: 02-45-4.2-9.4 Venus

2019/07/3120: 46:15-4-3.9-4.5 Venus

2019/12/29 01:56: 59 34-3.9-8.9 Venus

Venus

Venus 2020/12/1221:07

2021/05/12 22: 30: 4613-3.9-6.7 Venus

202111/08 05: 29: 24 47-4.5-9.7 Venus

Venus

2022/10/2512: 05: 391-3.9-1.6 Venus

2023/03/2410: 33: 05 35-3.9-9.0 Venus (southern China can be observed in the west in the evening, the best lunar eclipse in recent years)

E = distance from the angle day: the angle of sight between the event and the sun, in.

M 1, m2 = magnitude of the planet and the moon, and brightness of the planet and the moon.