"Crystallization" Example Sentences
1. The process of crystallization involves the formation of crystals from a liquid or a gas.
2. The precipitate obtained from the crystallization of a solution is usually highly pure.
3. The rate of crystallization can be influenced by several factors such as temperature, pressure, and concentration.
4. The final product of the synthesis was obtained through crystallization and subsequent drying.
5. The process of crystallization is widely used in the purification of chemical compounds.
6. A solution can be supersaturated with a solute, which leads to the formation of crystals upon crystallization.
7. The crystals obtained from the crystallization of a compound can have different shapes and sizes.
8. The nucleation process is a crucial step in crystallization as it initiates crystal growth.
9. The formation of crystals requires a certain degree of order and stability, which is achieved through crystallization.
10. The process of crystallization can be optimized to obtain crystals with specific properties and characteristics.
11. The quality of crystals obtained through crystallization can affect the performance of the final product.
12. Crystallization is a technique commonly used in the pharmaceutical industry for the production of drugs.
13. The use of additives can influence the crystal morphology and size distribution during crystallization.
14. The purity of a substance can be assessed through techniques such as X-ray diffraction and crystallography, which are based on the principles of crystallization.
15. The behavior of impurities during crystallization can dictate the efficiency of the process.
16. A clean and controlled environment is necessary for successful crystallization.
17. The use of different solvents can affect the yield and quality of the crystals obtained through crystallization.
18. Crystallization can be used to separate and purify different components in a mixture.
19. The application of external stimuli such as ultrasound and electric fields can enhance the efficiency of crystallization.
20. The analysis of the crystal structure obtained from crystallization can provide valuable information about the properties of the compound.
21. The study of nucleation and crystal growth during crystallization is an active field of research in materials science.
22. The use of computational methods such as molecular dynamics simulations can aid in understanding the mechanisms of crystallization.
23. Crystallization can be used to produce salts for various applications such as fertilizers and de-icing agents.
24. The phenomenon of polymorphism, where a compound can exist in different crystal forms, is a result of crystallization.
25. The use of seed crystals can facilitate the crystallization process and control the crystal size and morphology.
26. The formation of metallic alloys can involve solid-state crystallization of the constituent elements.
27. The ability to control the rate of crystallization is key in the manufacturing of semiconductors and microelectronics.
28. Crystallization is essential in the production of various food products such as chocolate and candy.
29. The durability and performance of ceramics are closely related to their crystal structure, which is determined through crystallization.
30. The understanding of the principles of crystallization is crucial for the design and engineering of novel materials with desired properties.
Common Phases
1. The process of
crystallization involves the formation of solid crystals from a solution;
2. The purity and size of the crystals obtained from
crystallization can greatly impact the properties of the final product;
3.
Crystallization can be used as a purification method to isolate a desired compound from a mixture;
4. The rate of
crystallization can be controlled by factors such as temperature, concentration, and stirring;
5. The use of seed crystals can help initiate and guide the growth of crystals during the
crystallization process;
6.
Crystallization is a commonly used technique in chemical synthesis and the production of pharmaceuticals;
7. The crystal structure of a material can determine its physical, chemical, and electronic properties.