No subject

Tn fact using the gibbs code you will have estimations of any
thermodynamic property for a single crystalline phase.

If the number of points you determine on the E(V) curve is large enough
you can even gain some knowledge on the statistical errors associated
to the thermodynamic properties.

Let me stop here. You can find about gibbs and gibbs2 in CPC (Comput Phys
Comm). An yoou can find some of the work done on the subject studying
a little about some of the PhD students that I've helped to form. In
the particular subject you want to transit:

Miguel Álvarez Blanco
(main person behind gibbs, death in his youth, but his work will live
for a LONG TIME)

in fact, the paper on the gibbs still code receive tens to hundreds of
citations every year since published in 2004.

Alberto Otero-de-la-Roza
(main person behind gibbs2, currently working in Canada)

If you are really interested on the subject of high pressure maybe the
activity of the Malta-Consolider project might be of your interest. The
project has ended the subvention of our government, but the activities
done are still visible in the web.

Regards,
         Dr: Víctor Luaña
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        |^.^|
+---!OO--\_/--OO!------------------------------+-----------------------
!            Dr.Víctor Luaña                   !
! Departamento de Química Física y Analítica   !
! Universidad de Oviedo, 33006-Oviedo, Spain   !
! e-mail: %%victor at fluor.quimica.uniovi.es%%   !
! phone: +34-985-103491  fax: +34-985-103125   !
+----------------------------------------------+
 GroupPage : http://azufre.quimica.uniovi.es/  (being reworked)
 Instititional email: <vluana at uniovi.es>