Energy and stimulated release of military lasers
Laser emission is shaped by the rules of quantum mechanics, which limit atoms and molecules to have discrete amounts of stored energy, depending on the properties of the atoms or molecules. The lowest energy level of a single atom occurs when its electrons are in the possible orbits closest to the nucleus (see electronic configuration). This condition is called the ground state. When one or more electrons of an atom absorb energy, they can move to the outer orbit, and then the atom is called "excited." The excited state is generally unstable; when the electrons fall from a high energy level to a low energy level, they will emit light. The form releases additional energy.
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High power laser pointer emission is shaped by the rules of quantum mechanics, which limit atoms and molecules to have discrete amounts of stored energy, depending on the properties of the atoms or molecules. The lowest energy level of a single atom occurs when its electrons are in the possible orbits closest to the nucleus (see electronic configuration). This condition is called the ground state. When one or more electrons of an atom absorb energy, they can move to the outer orbit, and then the atom is called "excited." The excited state is generally unstable; when the electrons fall from a high energy level to a low energy level, they will emit light. The form releases additional energy.
2021-10-16 10:04:12
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