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process to expedite by eliminating the need for random molecular collision or interaction. By introducing an already pre-formed basis of the target crystal to act upon, the intermolecular interactions are formed much more easily or readily, than relying on random flow. Often, this
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of typically the same material is grown in a laboratory. Used to replicate material, the use of seed crystal to promote growth avoids the otherwise slow randomness of natural crystal growth, and allows manufacture on a scale suitable for industry.
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The theory behind this effect is thought to derive from the physical intermolecular interaction that occurs between compounds in a supersaturated
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One example where a seed crystal is used to grow large
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109:Learn how and when to remove this message
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47:adding citations to reliable sources
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418:industry where methods such as the
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561:. You can help Knowledge by
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429:Also during the process of
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99:December 2009
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41:Please help
36:verification
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463:Polycrystal
338:polycrystal
240:Flux method
602:Categories
514:References
396:nucleation
158:Nucleation
69:newspapers
608:Crystals
437:See also
371:solution
166:Concepts
342:crystal
235:Epitaxy
148:Crystal
83:scholar
412:ingots
408:boules
375:solute
365:Theory
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