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Saturn primordial hydrogen retention factors
"On the Two Causes of Saturn's Retention of Primitive Hydrogen"
Saturn's ability to retain its original hydrogen is due to two ends. First, Saturn's body is huge and heavy, and its attractive force is extremely strong. Under the huge lead, hydrogen molecules are bound by it, and it is difficult to get out of its orbit. If the stars have attractive forces, they can gather things around the stars, and Saturn's lead can be used to retain hydrogen.
Second, Saturn is in a position that is far away from the hot sun. The heat of the sun, if it can be close, can make hydrogen gain energy and escape. However, Saturn is far away from the sun, and the heat it receives is sparse, and there is no sufficient hydrogen to get rid of the lead of Saturn. Therefore, hydrogen can be retained for a long time without losing it.
These two, the huge attractive force and the distance from the sun, are the key to the retention of original hydrogen on Saturn. Therefore, the characteristics of the star and the environment it is in have a profound impact on the survival and destruction of its matter.
Saturn's ability to retain its original hydrogen is due to two ends. First, Saturn's body is huge and heavy, and its attractive force is extremely strong. Under the huge lead, hydrogen molecules are bound by it, and it is difficult to get out of its orbit. If the stars have attractive forces, they can gather things around the stars, and Saturn's lead can be used to retain hydrogen.
Second, Saturn is in a position that is far away from the hot sun. The heat of the sun, if it can be close, can make hydrogen gain energy and escape. However, Saturn is far away from the sun, and the heat it receives is sparse, and there is no sufficient hydrogen to get rid of the lead of Saturn. Therefore, hydrogen can be retained for a long time without losing it.
These two, the huge attractive force and the distance from the sun, are the key to the retention of original hydrogen on Saturn. Therefore, the characteristics of the star and the environment it is in have a profound impact on the survival and destruction of its matter.
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