XRD of Silica
X-ray diffraction of silicon
Between heaven and earth, there is something called silicon, which is pure and beautiful, and always exists between stone and sand. The ancient wise man wanted to explore the mystery of silicon, so he studied it with the method of X-ray diffraction.
Those who use X-rays can pass through things, and when they encounter the lattice of silicon, they diffract and image. The wise man set up a delicate device to make X-rays shine on the silicon sample. The lattice of silicon is arranged in an orderly manner, like the pavilion of the palace of heaven, with distinct layers. When X-rays encounter it, they either fold or return, and they form strange patterns on the light screen.
Looking at the diffraction pattern, the lines are different in density, and different in brightness. In sparse places, the lattice spacing is large; in dense places, the lattice spacing is small. According to this pattern, the Magi analyzed the lattice structure of silicon, like solving the code of heaven. Know how the silicon atoms are arranged and what the shape of the crystal cell is.
From this method, the degree of crystallization of silicon can be known. If the crystallization is good, the diffraction peak is sharp and bright; if the crystallization is not good, the peak is dull and dark. It can also measure impurities in silicon. Impurities exist in the lattice, disturbing its order and changing the diffraction pattern. The Magi observed its changes, identified the kinds of impurities, and knew their abundance.
X-ray diffraction in silicon is like the wisdom of the eyes in the subtle, helping the Magi to explore the mystery of silicon, which is of It can make excellent silicon wafers, which can be used in utensils and make them convenient; it can study the novelty of silicon for the advancement of learning. The wonders of silicon are revealed by X-ray diffraction; the power of X-ray diffraction is revealed by silicon. The two come together to open a new path of science and the well-being of future generations.
Between heaven and earth, there is something called silicon, which is pure and beautiful, and always exists between stone and sand. The ancient wise man wanted to explore the mystery of silicon, so he studied it with the method of X-ray diffraction.
Those who use X-rays can pass through things, and when they encounter the lattice of silicon, they diffract and image. The wise man set up a delicate device to make X-rays shine on the silicon sample. The lattice of silicon is arranged in an orderly manner, like the pavilion of the palace of heaven, with distinct layers. When X-rays encounter it, they either fold or return, and they form strange patterns on the light screen.
Looking at the diffraction pattern, the lines are different in density, and different in brightness. In sparse places, the lattice spacing is large; in dense places, the lattice spacing is small. According to this pattern, the Magi analyzed the lattice structure of silicon, like solving the code of heaven. Know how the silicon atoms are arranged and what the shape of the crystal cell is.
From this method, the degree of crystallization of silicon can be known. If the crystallization is good, the diffraction peak is sharp and bright; if the crystallization is not good, the peak is dull and dark. It can also measure impurities in silicon. Impurities exist in the lattice, disturbing its order and changing the diffraction pattern. The Magi observed its changes, identified the kinds of impurities, and knew their abundance.
X-ray diffraction in silicon is like the wisdom of the eyes in the subtle, helping the Magi to explore the mystery of silicon, which is of It can make excellent silicon wafers, which can be used in utensils and make them convenient; it can study the novelty of silicon for the advancement of learning. The wonders of silicon are revealed by X-ray diffraction; the power of X-ray diffraction is revealed by silicon. The two come together to open a new path of science and the well-being of future generations.

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