Ongerscheide zwesche Versione vun dä Sigg „Faaß (Füsėk)“

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Purodha (Klaaf · Beijdrähsch)
Purodha (Klaaf · Beijdrähsch)
Norr_enne Affsaz
Reih 24:
 
(Klëijne Ußnaahme jidd_et ävver, süsh onge em Affschnedd_övver de Faase-Dijajramme, dä [[krėttėsche Pungk (Füssik)|krėttėsche Pungk]] zwesche Flößßeschkëijd_un Jaahß eß esu ëijn.
 
Enne wėshtijje Pungk, för Obbaach drop ze jëvve, eß dat de ongscheedlijje Aate fon Faase och met ongerscheedlijje, wi mer säät, füssėkaalesche Kwallitääte, zosamme jonn. Doh, woh mer övver de faßßte, de flößßėje, un de jaaß'aatijje Faase jeschwaadt han, do ham_mer och övver de Fëßteshkëijd_un de [[Komprėmierbakëijt (Füssik)|Komprėmierbakëijt]], un övver dat jeschwaadt, wad_eruß küt, wam_mer dr Drok un dr Roumennhalldt vo'änndott, wëijl dat nämmėsch jrat di Ëijeschaffte sėn, di_j_enne Fäßßkörper,_en Flößßėschkëijd,_un_e Jahß ongerschëijde donn. Op_de annder Sigk, wam_mer [[Parramangnetėßmoß]] un [[Ferromangnetėßmoß]] disketėerre welle, doh beloore mer onß de [[Mangneetėsėerong (Füssik)|Mangneetėsėerong]], wëijl_di_dat eß, wat de ferromangnetėsche Faaß fon de parramangnetėsche Faaß ongerschëijde dëijt. E paa mieh Bëijshpell komme en de nääkßte Affschnedde.
 
{{Övversäzze!}}
An important point is that different types of phases are associated with different physical qualities. When discussing the solid, liquid, and gaseous phases, we talked about rigidity and compressibility, and the effects of varying the pressure and volume, because those are the relevant properties that distinguish a solid, a liquid, and a gas. On the other hand, when discussing [[paramagnetism]] and [[ferromagnetism]], we look at the magnetization, because that is what distinguishes the ferromagnetic phase from the paramagnetic phase. Several more examples of phases will be given in the following section.
 
In more technical language, a phase is a region in the [[parameter space]] of [[thermodynamics|thermodynamic variables]] in which the [[Thermodynamic free energy|free energy]] is [[analytic function|analytic]]; between such regions there are abrupt changes in the properties of the system, which correspond to discontinuities in the derivatives of the free energy function. As long as the free energy is analytic, all thermodynamic properties (such as [[entropy]], [[heat capacity]], [[magnetization]], and [[compressibility]]) will be [[well-behaved]], because they can be expressed in terms of the free energy and its [[derivative]]s. For example, the [[entropy]] is the negative of the first derivative of the free energy with [[temperature]] (at constant pressure).
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* [[Supperheating]]
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* [[Miihfaaseflößßeschkëijt]]
* [[Miihfasseflößßeschkëijt]]
 
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