Spectrum of Atomic Hydrogen
"The Spectrum of Hydrogen Atoms"
The spectrum of hydrogen atoms is an important field of physics. Ancient scholars, who observed the image of nature, studied the principle of things, and thought deeply about the color of light and the shape of the spectrum.
The spectrum of hydrogen atoms, the light is also a non-mixed color, which is made up of number lines. The wavelengths of each line have their own specific values and are orderly. In the past, scholars observed it with a spectroscope, and saw that the lines were separate and discontinuous, which was different from the common light.
At first, many people did not understand it. Later, there were wise people who explained it with quantum theory. Speaking of electrons in atoms, they occupy a specific energy level. When it leaps, or absorbs energy, or releases energy, the wavelength of the light emitted is related to the difference in energy levels. The migration of hydrogen atoms and electrons results in this unique optical spectrum.
Therefore, the study of hydrogen atomic spectrum is of great benefit to the structure of atoms and the properties of matter. Scholars have made great progress in physics.
The spectrum of hydrogen atoms is an important field of physics. Ancient scholars, who observed the image of nature, studied the principle of things, and thought deeply about the color of light and the shape of the spectrum.
The spectrum of hydrogen atoms, the light is also a non-mixed color, which is made up of number lines. The wavelengths of each line have their own specific values and are orderly. In the past, scholars observed it with a spectroscope, and saw that the lines were separate and discontinuous, which was different from the common light.
At first, many people did not understand it. Later, there were wise people who explained it with quantum theory. Speaking of electrons in atoms, they occupy a specific energy level. When it leaps, or absorbs energy, or releases energy, the wavelength of the light emitted is related to the difference in energy levels. The migration of hydrogen atoms and electrons results in this unique optical spectrum.
Therefore, the study of hydrogen atomic spectrum is of great benefit to the structure of atoms and the properties of matter. Scholars have made great progress in physics.

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