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>CALCULATION OF THE WAVELENGTHS OF THE LYMAN SERIES IN THE HYDROGEN ATOM BASED ON THE QUANTIZED SPACE AND TIME THEORY OF ELEMENTARY PARTICLES
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CALCULATION OF THE WAVELENGTHS OF THE LYMAN SERIES IN THE HYDROGEN ATOM BASED ON THE QUANTIZED SPACE AND TIME THEORY OF ELEMENTARY PARTICLES
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机译：CALCULATION OF THE WAVELENGTHS OF THE LYMAN SERIES IN THE HYDROGEN ATOM BASED ON THE QUANTIZED SPACE AND TIME THEORY OF ELEMENTARY PARTICLES
In the current article, utilizing the theory of quantization of time and space and the internal structure of elementary particles, the radiation spectrum of the excited hydrogen atom is calculated theoretically. By doing this, the electron movement parameters in the hydrogen atom have been stated in a novel way, and via generalizing these calculations, the excited states of other atoms can be calculated. It can be shown that during the transfer of the electron from a higher level to a lower one, what is the state of the electron in terms of momentum, energy, time, and length.
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