英語 での The dust cloud の使用例とその 日本語 への翻訳
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Changing Face of Nibiru Since Nibiru arrived in the inner solar system in 2003, the Nibiru complex has been visible as dramatic Second Sun sightings at dawn and dusk when sunlight bounces off the dust cloud that shrouds Nibiru.
For the 8 of 10, as it progresses, Planet X will be positioned more to the right in the line of sight, so that sunlight will bounce off the dust cloud clinging to and thus shrouding Planet X, supporting dramatic Second Sun sightings on a daily basis, worldwide.
Just as it is about to disappear, the Second Sun morphs into a Monster Sun, which we have described during the 2003 sightings as very disbursed light, spreading outward from the dust cloud and then being bend back toward Earth, thus giving a monster appearance.
The dust cloud is far outside what would be termed the atmosphere of Planet X, so that during the passage through the solar system, it streams behind Planet X to become a long tail of red dust, oxidized iron, which during a close passage to Earth, when Earth is caught in the tail, causes rivers and ponds to temporarily turn a blood red color and assume a bitter taste.
Currently, Planet X is not quite at the mid-point between the Earth and the Sun, very close to the Ecliptic or the Sun's middle, and consequently you cannot see it because it's like a dull fuzz ball in front of the Sun and reflects back the light that hits the dust cloud so intensely that it's a terrific glare.
ZetaTalk Description 2/5/2005: Currently, Planet X is not quite at the mid-point between the Earth and the Sun, very close to the Ecliptic or the Sun's middle, and consequently you cannot see it because it's like a dull fuzz ball in front of the Sun and reflects back the light that hits the dust cloud so intensely that it's a terrific glare.
I see the dust clouds disappear.
I see the dust clouds disappear.
The dust cloud may be real though.
By July 15 2003 the dust cloud was drawn increasingly toward Earth.
Depending upon the angle, sunlight can blaze off a portion of the dust cloud around a Moon Swirl, so it looks like a spash of light with a drifing tail.
We have long stated that the reason for the Sun's apparent increase in brightness is reflection off the dust cloud of Planet X, which is only thick close to that planet, and can be very thin elsewhere.
Thus armed with data on the rate at which Planet X is moving past the Sun in its virtual straight line trajectory, its sling orbit, man could compute the likely arrival of the dust cloud with all its many moons and debris.
At other times Planet X points the hose of magnetic particles coming from its N Pole so directly at the Earth that the vast charged tail, which normally spreads out over a vast area, condenses, clumping so any sunlight that would funnel through the Moon Swirl tubes is lost in the dust cloud and debris.
The dust cloud then swarms toward Earth, from the south, roaring past Earth to coalesce at the N Pole and out again to swing back far afield with the particle flow around to the S Pole of Planet X. The effect is a massive swarming red dust cloud, with the bright corpus of Planet X seen in the center, in appearance as though attempting to engulf the Earth.
Note the red dust cloud to the left.