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The initial point of the graph is the starting temperature of the matter, here noted as the "pouring temperature". When the phase change occurs, there is a "thermal arrest"; that is, the temperature stays constant. This is because the matter has more
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Alloys have a melting point range. It solidifies as shown in the figure above. First, the molten alloy reaches to liquidus temperature and then freezing range starts. At solidus temperature, the molten alloy becomes solid.
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as a liquid or gas than in the state that it is cooling to. The amount of energy required for a phase change is known as
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164:(Y-axis) is temperature. Below is an example of a cooling curve used in
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A cooling curve of naphthalene from liquid to solid.
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386:Color-glass condensate
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446:Magnetically ordered
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820:expanding it
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395:Other states
335:Quantum Hall
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47:verification
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631:Latent heat
580:Sublimation
525:Evaporation
460:Ferromagnet
455:Ferrimagnet
437:Dark matter
369:High energy
185:latent heat
859:Categories
646:Volatility
609:Quantities
570:Regelation
545:Ionization
520:Deposition
472:Superglass
442:Antimatter
376:QCD matter
355:Supersolid
350:Superfluid
313:Low energy
202:References
144:is a line
80:newspapers
707:Spinodal
655:Concepts
535:Freezing
166:castings
667:Binodal
555:Melting
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407:Crystal
402:Colloid
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295:Plasma
276:Liquid
154:matter
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101:JSTOR
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256:list
73:news
281:Gas
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