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The sky welcomes a new detention. This time we will witness the conservation of the sun in pieces. When is the partial solar eclipse? What time is it? Is Turkey under surveillance? Here is information on this beautiful natural phenomenon …
third eclipse of the year, will be part of the solar eclipse on July 13th. This eclipse of northern Antarctica and southern Australia will begin at 1:48 and will end at 4:13.
PARTICIPATION OF THE YEAR IN 2018
Alp Akoğlu and Dr. Yilmaz of the National Observatory of the Scientific and Technological Research Council of Turkey (TUBITAK). According to the Yearbook of 2018 Heavenly Events prepared by Tuncay Özışık, there are 3 suns and 2 months of guard this year. only total lunar eclipse will be held on July 27 this eclipse can be watched from Turkey.
FIRST MONTH OF CANCELLATION
The first eclipse of this year took place on January 31, 2018 under the name of "Full Moon Eclipse". North America, Pacific Ocean, Russia, Asia and Scandinavia, the north from which we can observe this eclipse occurred between 10:49 to 16:10 the general time, however, could not be observed from Turkey.
PARTIAL SOLAR ECLIPSE February 15
The second eclipse, There was a partial solar eclipse on February 15th. This eclipse, which can be observed from most of Antarctica and southern South America, starts at 18:55 and ends at 10:47 pm according to the general time. Keeping that in months can not be seen from Turkey, it covers the sun was 60 percent. The third eclipse will be kept under the sun [19659003] NORTH COUNTRY can be RATES
on July 13th. This eclipse of northern Antarctica and southern Australia will begin at 1:48 and will end at 4:13. This eclipse can not be followed in our country, the moon, the sun goes out 34 percent. [19659003] MONTH ENTIRELY WILL DECISION OF TURKEY TO FOLLOW
can be observed in our country this year the eclipse to keep will be the total lunar eclipse on July 27. This eclipse, which can be observed from the east of Antarctica, Australia, Asia, Russia, Africa, Europe and the United States. South America, will begin at 20:13 and will end at 02:30 against Sabay the next day.
75% of the sun will be overcast
The end of the year will be a partial solar eclipse on August 11th. Most of the northernmost regions of Canada, Greenland, Iceland, Scandinavia, Russia and Kazakhstan, Mongolia and China will be able to observe this eclipse from 08:02 to 11:30 according to the general time.
The solar eclipse is that the Moon enters the space between the Earth and the Sun during its orbital motion, and thus the Moon is partially or completely covered by the Sun. is the natural phenomenon observed as a result of the cover. For it to be preserved, the moon must be in the phase of the new moon and be in conjunction with the Sun on Earth, that is, the orbital plane must coincide with the orbital plane around the Sun of the Earth. The Moon revolves around the Earth about twelve times a year, but the Moon does not always cross the Sun in front of the Sun, so that the overlap occurs only occasionally. Thus, between two and five solar eclipses per year are observed. Up to two of them can be a complete retention. The solar eclipse follows a narrow corridor on Earth. For this reason, the solar eclipse is rare for any region. It is suggested that the solar eclipse should never be seen with the naked eye, except the time of the complete eclipse.
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Total Solar Eclipse: The solar eclipse occurs when the sun completely covers the circle of light appearing as the earth's disk. The very bright sun of the sun is covered by the dark shadow of the moon and the caci sun, which is much paler than the sunlight, becomes visible to the naked eye. It can be seen safely to the naked eye at the time of complete retention. In the meantime, the air, the bright stars and the planets are visibly clear. A complete eclipse can be observed in a narrow corridor on the surface of the Earth.
Ringed Solar Eclipse: It is observed when the moon does not fully cover the Sun throughout its range from the Sun's forehead. The diameter of the Moon is about 400 times the diameter of the sunlight bulb. However, the distance from the Moon to the Earth is still about 400 in the distance from the Sun. Therefore, the apparent size of the Moon from the Earth is approximately the same as that of the Sun. However, since the orbits around the Sun of the Earth, or around the Earth of the Moon, are not exactly circular, the Moon does not completely cover the Sun in every full transition.
Solar Hybrid Eclipse: The eclipse is the complete observation of some parts of the Earth's surface on a ring, some of which are rimmed. Hybrid incidences rarely occur.
Partial solar eclipse: The solar eclipse occurs in part because of the cover. Each complete annular eclipse begins as a fragmented eclipse, and after complete conjugation continues and ends with fragmented eclipses. During complete retention, eclipses are considered fragmented eclipses in large areas outside the narrow corridor on the Earth's surface where the eclipse can be completely observed.
HOW TO SEE
The solar disc can only be safely monitored by properly filtering the dangerous part of the solar radiation. Sunglasses are not suitable because they are not enough. However, properly designed and manufactured sunscreens can be safe for direct monitoring of the solar eclipse.
The safest method of monitoring the solar disco is the project. This method can be accomplished by depositing the Sun's image in binoculars, telescopes or white paper using a cardboard box with a hole of about 1 mm in diameter at the bottom. This reflected image of the Sun can be viewed safely.
During the partial eclipse, depending on the amount of sun covered, we can notice a darkening of the air. However, the solar corona (crown layer) is invisible.
Complete Eclipse
It is safe to directly observe the complete eclipse of the Sun at the naked eye, using binoculars or a telescope because the horizon of the Sun is fully covered by the Moon disk.
Baily Beads
Baily beads are visible before the disc of the Moon completely closes the bulb of the Sun. It is the rays of the sun that escape the lunar valleys and reach the Earth. The complete eclipse begins with the effect of the diamond ring seen on the last day where light escapes from the edge of the Moon's discotheque. The diamond rings disappear, the air is clearly clear, bright stars and planets appear. The complete eclipse ends with the effect of re-forming the diamond ring as soon as the light of the first day appears on the opposite side of the head, and the Baily pearls reappear immediately.
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