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, 1987 This is the revised entry “Temporary equilibrium”, forthcoming in the newedition of The New Palgrave, Lawrence Blume and Steve Durlaub (Eds.), PalgraveMc Millan, 2007. The entry surveys the developments of temporary generalequilibrium theory and its contributions to a better understanding of themicroeconomic foundations of macroeconomics, in particular
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2006
The standard equilibrium constant, K⊖(T), for a chemical reaction is a dimensionless quantity defined by K⊖(T)=exp{−ΔrG⊖(T)/RT}, where ΔrG⊖(T) is the change in the standard molar Gibbs energy due to the reaction. The value of K⊖(T) depends on the choice of the standard state, which must be specified.
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The standard equilibrium constant, K⊖(T), for a chemical reaction is a dimensionless quantity defined by K⊖(T)=exp{−ΔrG⊖(T)/RT}, where ΔrG⊖(T) is the change in the standard molar Gibbs energy due to the reaction. The value of K⊖(T) depends on the choice of the standard state, which must be specified.
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2013
This chapter aims at defining the equations that govern the motorbike equilibrium and are useful for designing the front and the rear suspensions. Such equations are, in some case, non-linear and implicit so that they can be solved by recursive methods applied and presented in the Chap. 3 of this book.
Croccolo D., Agostinis M.
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This chapter aims at defining the equations that govern the motorbike equilibrium and are useful for designing the front and the rear suspensions. Such equations are, in some case, non-linear and implicit so that they can be solved by recursive methods applied and presented in the Chap. 3 of this book.
Croccolo D., Agostinis M.
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Theoretical understanding of photon spectroscopies in correlated materials in and out of equilibrium
Nature Reviews Materials, 2018Yao Wang +2 more
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