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• Activity coefficient
  An '''activity coefficient''' is a factor used in [[thermodynamics]] to account for deviations from ideal behaviour in a [[mixture]] of [[chem == Thermodynamics ==
  9 KB (1,337 words) - 20:16, 21 September 2010
• Gibbs' phase rule
  ...amic equilibrium]] with each other and ''C'' is the number of [[Component (thermodynamics)|component]]s. Typical phases are [[solid]]s, [[liquid]]s and [[gas]]es. A ...y consumed by evaporation or condensation, or unless the [[critical point (thermodynamics)|critical point]] is reached. As long as there are two phases, there is on
  11 KB (1,657 words) - 20:16, 21 September 2010
• Reversible reaction
  ...tinct from [[Reversible process (thermodynamics)|reversible process]] in [[thermodynamics]].
  3 KB (467 words) - 20:16, 21 September 2010
• Stability constants of complexes
  == Thermodynamics== ...ution as a whole. The chelate effect, below, is best explained in terms of thermodynamics.
  50 KB (7,450 words) - 20:16, 21 September 2010
• Solubility equilibrium
  ...Section 6.9 ''Solubilities of ionic salts''. Includes a discussion of the thermodynamics of dissolution.
  23 KB (3,592 words) - 20:16, 21 September 2010
• Ion-association
  ...d free energy change.<ref>{{cite book|last=Klotz|first=I.M.|title=Chemical Thermodynamics|publisher=W.A. Benjamin|year=1964}} Chapter 10</ref>
  16 KB (2,366 words) - 20:16, 21 September 2010
• Acid dissociation constant
  ...n acid is a direct consequence of the underlying [[chemical thermodynamics|thermodynamics]] of the dissociation reaction; the p''K''_a value is directly pr ===Thermodynamics===
  76 KB (11,861 words) - 20:17, 21 September 2010
• Specific ion interaction theory
  ...oefficients are needed because an [[equilibrium constant]] is defined in [[thermodynamics]] as a quotient of [[Activity (chemistry)|activities]] but is usually measu ...er parameters]].<ref>{{cite journal|last=Pitzer|first=K.S.|year=1973|title=Thermodynamics of electrolytes, I. Thoretical basis and general equations|journal=J. Phys.
  9 KB (1,329 words) - 20:17, 21 September 2010
• Law of mass action
  ...cal equilibrium]]. In modern chemistry this is derived using [[equilibrium thermodynamics]].
  16 KB (2,510 words) - 20:17, 21 September 2010
• Bromley equation
  By contrast the Pitzer equation is based on rigorous [[thermodynamics]].<ref name=Pitzer/> The determination Pitzer parameters is more laborious. [[category:thermodynamics]]
  6 KB (903 words) - 20:17, 21 September 2010
• Raoult's law
  ...ole fraction]] of the component present in the solution''.<ref>''A to Z of Thermodynamics'' by Pierre Perrot. ISBN 0198565569</ref> E. B. Smith ''Basic Chemical Thermodynamics''. Clarendon Press. Oxford (1993)
  11 KB (1,748 words) - 20:17, 21 September 2010
• Dynamic equilibrium
  ...hange. It is a particular example of a system in a [[steady state]]. In [[thermodynamics]] a [[closed system]] is in [[thermodynamic equilibrium]] when reactions oc [[Category:Thermodynamics]]
  7 KB (1,186 words) - 20:17, 21 September 2010
• Pitzer equations
  ...=McMillan|first=W.G.|coauthors=Mayer, J.E.|year=1945|title=The statistical thermodynamics of multicomponent systems |journal =J. Chem. Phys.|volume=13|pages=276|doi= ...>{{cite journal|last=Pitzer|first=K.S.|coauthors=Kim, J.J.|year=1974|title=Thermodynamics of electrolytes. IV. Activity and osmotic coefficients for mixed electrolyt
  11 KB (1,750 words) - 20:17, 21 September 2010
• PH
  ...lark, D.M; Rafal, M; Scrivner, N.C.|title=Handbook of Aqueous Electrolyte Thermodynamics: Theory & Application|publisher=Wiley|date=1986|isbn=978-0-8169-0350-4}} Ch
  33 KB (5,044 words) - 20:17, 21 September 2010
• Chemical equilibrium
  ...his is an example of [[dynamic equilibrium]]. Equilibria, like the rest of thermodynamics, are statistical phenomena, averages of microscopic behavior. == Thermodynamics ==
  38 KB (5,847 words) - 20:17, 21 September 2010
• Thermodynamic equilibrium
  In [[thermodynamics]], a [[thermodynamics#Thermodynamic system|thermodynamic system]] is said to be in '''thermodynam {{Thermodynamics|cTopic=[[Thermodynamic system|Systems]]}}
  10 KB (1,376 words) - 20:17, 21 September 2010
• Bite angle
  ....; Chen, M.; Rathke, J.; Kramarz, K. | title = Effect of Phosphines on the Thermodynamics of the Cobalt-Catalyzed Hydroformylation System | journal = [[Organometall
  12 KB (1,706 words) - 20:18, 21 September 2010
• List of eponymous laws
  * [[Ginsberg's Theorem]] — A set of adages based on the [[Laws of thermodynamics]]. * [[Kirchhoff's laws]] — One law in thermodynamics and two about electrical circuits, named after [[Gustav Kirchhoff]].
  35 KB (5,195 words) - 21:06, 21 September 2010
• Scientific equations named after people
  | [[Boltzmann equation]] || Thermodynamics || [[Ludwig Boltzmann]] ...r /> [[Bridgman's thermodynamic equations]] || Dimensional analysis<br /> Thermodynamics || [[Percy Williams Bridgman]]<br /> Percy Williams Bridgman
  28 KB (3,216 words) - 21:06, 21 September 2010
• List of scientific laws named after people
  | [[Avogadro's law]] || Thermodynamics || [[Amedeo Avogadro]] | [[Boltzmann equation]] || Thermodynamics || [[Ludwig Boltzmann]]
  10 KB (1,115 words) - 21:06, 21 September 2010

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