Crystal and crystallite

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In summary, crystals are solid materials with a regular arrangement of atoms or molecules, while crystallites are smaller portions of crystals with a specific orientation. They can be formed through various processes and have unique physical properties. Both crystals and crystallites have many applications in science and technology and can be artificially created in the laboratory.
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SaraPinto
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hello!
can anybody please tell me the difference between crystal and crystallite.
thanks
 
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Have you tried doing a simple search for these terms?

Definitions of most common scientific terms are easily found online. We can not feed you answers to simple textbook questions. However, we can help you if you've made an attempt at finding the solution and have run into some difficulty.

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  • #3


Hello! I can explain the difference between crystal and crystallite. A crystal is a solid material that has a regular, repeating arrangement of atoms or molecules. This arrangement gives crystals their unique shape and properties. On the other hand, a crystallite is a small portion of a crystal that has a similar arrangement of atoms or molecules, but on a much smaller scale. Crystallites are often found in polycrystalline materials, where many small crystals are joined together. So, while a crystal is a larger, more defined structure, a crystallite is a smaller building block that makes up the crystal. I hope this helps clarify the difference between the two.
 

1. What is the difference between a crystal and a crystallite?

A crystal is a solid material with a regular, repeating arrangement of atoms or molecules. A crystallite, on the other hand, is a small crystal or a portion of a crystal that is distinguished by its crystallographic orientation.

2. How are crystals and crystallites formed?

Crystals can form through various processes such as cooling of molten materials, precipitation from a solution, or solidification from a gas. Crystallites are formed through the growth and aggregation of atoms or molecules in a specific orientation within a crystal.

3. What are the properties of crystals and crystallites?

Crystals have a definite shape, a characteristic internal arrangement of atoms, and exhibit unique physical properties such as hardness, transparency, and color. Crystallites, being smaller in size, may not have a distinct shape, but they do exhibit similar properties to that of the larger crystal they belong to.

4. How are crystals and crystallites used in science and technology?

Crystals and crystallites have a wide range of applications in various fields such as materials science, electronics, and optics. They are used in the production of semiconductors, lasers, and lenses, as well as in the study of crystal structures and their properties.

5. Can crystals and crystallites be artificially created?

Yes, crystals and crystallites can be artificially created in the laboratory through processes such as crystal growth, epitaxy, and precipitation. These methods allow for the production of crystals with specific properties and orientations, making them useful for various applications.

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