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Electrons in Hydrogen Atom
"On Electrons in Hydrogen Atoms"
The beginning of heaven and earth, the beginning of all things. In the microscopic domain, the electrons of hydrogen atoms are very mysterious.
Hydrogen atoms are the simplest atoms in the universe. Its core protons sit firmly in the center, and electrons are like stars, orbiting.
The husband electron is in the hydrogen atom, following the rules of mathematics. According to quantum principles, its energy is non-continuous and shows a state of energy level. The energy levels are different, and the electrons are located in different places. Those with low energy levels are stable and near the nucleus; those with high energy levels jump away from the nucleus.
The transition of electrons is particularly strange. When energized, it can jump to a high level; when energized, it decreases and returns to a low level. In this process, the photons are accompanied, either absorbed or released, and the energy is conserved, which is not bad at all.
The movement of the electrons and the non-classical trajectory can be followed. It is shown by the probability cloud. In the space around the nucleus, whether it is present or hidden, its exact position cannot be determined, only its probability is known.
Look at the electrons of the hydrogen atom. Although it is as small as dust, it contains the truth of the universe. Exploring its secrets has far-reaching implications for the progress of science. It will inspire future generations to think endlessly and open up new paths to the unknown.
The beginning of heaven and earth, the beginning of all things. In the microscopic domain, the electrons of hydrogen atoms are very mysterious.
Hydrogen atoms are the simplest atoms in the universe. Its core protons sit firmly in the center, and electrons are like stars, orbiting.
The husband electron is in the hydrogen atom, following the rules of mathematics. According to quantum principles, its energy is non-continuous and shows a state of energy level. The energy levels are different, and the electrons are located in different places. Those with low energy levels are stable and near the nucleus; those with high energy levels jump away from the nucleus.
The transition of electrons is particularly strange. When energized, it can jump to a high level; when energized, it decreases and returns to a low level. In this process, the photons are accompanied, either absorbed or released, and the energy is conserved, which is not bad at all.
The movement of the electrons and the non-classical trajectory can be followed. It is shown by the probability cloud. In the space around the nucleus, whether it is present or hidden, its exact position cannot be determined, only its probability is known.
Look at the electrons of the hydrogen atom. Although it is as small as dust, it contains the truth of the universe. Exploring its secrets has far-reaching implications for the progress of science. It will inspire future generations to think endlessly and open up new paths to the unknown.
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