For more detail on many other physically plausible equations of state, see:
@Book{anderson95:eos, author = {Orson L. Anderson}, title = {Equations of State of Solids for Geophysical and Ceramic Science}, publisher = {Oxford University Press}, year = 1995, number = 31, series = {Oxford Monographs on Geology and Geophysics}, address = {New York, Oxford}, keywords = {Equation of State}, isbn = {0-19-505606-X}, cardcat = {QE501.3.A53}} There is no indication of proofreading for this book, but it does have a lot of information on possible equations of state. As it is geared towards experiment there is more discussion of P(V) behavior than E(V). On 12/01/2011 11:51 AM, Payam Norouzzadeh wrote: > Hello Quantum Espresso users > > As you know the code ev.f90 fits the data in E-V curve to some equation > of states like Birch 1st order,Birch 2nd order,Keane and Murnaghan. > Does anyone know any paper,text or resource to discuss about these > equations of states and their details? > -- Michael J. Mehl Head, Center for Computational Materials Science Naval Research Laboratory Code 6390 Washington DC