-
The electronic effect of carbon and hydrogen in an () edge dislocation core system in bcc iron
S Simonetti, M.E Pronsato, G Brizuela, A Juan
Applied Surface Science , 217 (1-4) , 56-67 • 2003
-
The electronic structure and bonding of a H–H pair in the vicinity of a BCC Fe bulk vacancy
A. Juan, C. Pistonesi, A.J. Garcı́a, G. Brizuela
International Journal of Hydrogen Energy , 28 (9) , 995-1004 • 2003
-
The electronic structure of iron hydride
M.E Pronsato, G Brizuela, A Juan
Journal of Physics and Chemistry of Solids , 64 (4) , 593-597 • 2003
-
Toluene adsorption on VSbO4(110): a study of an electronic structure
B.L. Irigoyen, A. Juan, S.A. Larrondo, N.E. Amadeo
Brazilian Journal of Chemical Engineering , 20 (1) , 39-44 • 2003
-
The electronic structure and bonding of H pairs at Σ=5 BCC Fe grain boundary
S.B. Gesari, M.E. Pronsato, A. Juan
Applied Surface Science , 187 (3-4) , 207-217 • 2002
-
The electronic structure and bonding of an hydrogen pair near a FCC Fe stacking fault
A Juan
International Journal of Hydrogen Energy , 27 (3) , 333-338 • 2002
-
A comparative study of the electronic structure of H pairs near a/2 and a[0 1 0] dislocations in bcc Fe
A Juan, S Gesari, G Brizuela, M.E Pronsato
Applied Surface Science , 182 (1-2) , 103-114 • 2001
-
Adsorption Reactions of Toluene on the (110) Vanadium Antimonate Oxide Surface
B Irigoyen, A Juan, S Larrondo, N Amadeo
Journal of Catalysis , 201 (2) , 169-182 • 2001
-
Electronic structure and bonding of hydrogen in a screw dislocated bcc Fe
A. Juan, B. Irigoyen, S. Gesari
Applied Surface Science , 172 (1-2) , 8-17 • 2001
-
The electronic structure and location of H pairs in bcc Fe edge dislocation
M.E Pronsato, G Brizuela, A Juan
Applied Surface Science , 173 (3-4) , 368-379 • 2001