Thanks to Bob Hanson, Jmol as used by ICSD web servers, can now display
anistropic temperature ellipsoids while rotating the structure in real
time. See http://icsd.ill.fr/icsd/help/CIF-help.html and click on the
simple KCaF3 example then click "Demo" on the login screen.
Choose "
>I run the page http://icsd.ill.fr/icsd/help/CIF-help.html and all work fine
>and I get the structure of YBaCuO superconductor, but i didn't understand
>how to change the .cif file, for example one saved on my hard disk.
Gianluigi, you can display any CIF file in ICSD using the search form eg
htt
Dear Alan
excuse me if I ask you for your help but I still have problems with Jmol. I
run the page http://icsd.ill.fr/icsd/help/CIF-help.html and all work fine
and I get the structure of YBaCuO superconductor, but i didn't understand
how to change the .cif file, for example one saved on my
Robert O. Gould wrote:
>One polyhedron, two polyhedra, what's a polyhedrae when it's at home?
Oh dear, I hope you are not going to start another "cognoscenti" debate Bob. I
don't use "polyhedron" in crystallography because by definition a crystal
lattice does not contain a single polyhedron, but
>I downloaded the program JMOL version 10.3.1...
You don't need to download any application - that's the whole point. Just click
on http://icsd.ill.fr/icsd/help/CIF-help.html it and it will either display a
structure along with some instructions, or else ask you to upgrade you
I downloaded the program JMOL version 10.3.1 but I didn't get any
possibilility to draw a crystal starting from a cif file (the item "make
crystal" is not active) . Where am I wrong?
Cheers
Gianluigi
Gianluigi Marra
EniTecnologie S.p.A - Istituto Guido Donegani
Via Fauser,4 - 2
Buildings Tel 0131 650 7058
Quoting Alan Hewat <[EMAIL PROTECTED]>:
Jmol has been developed from Chime, Rasmol etc for organic
chemistry, but has recently been extended to draw polyhedrae, which
is essential for understanding co-ordination for inorganic
structures. Both the ICSD a
Jmol has been developed from Chime, Rasmol etc for organic chemistry, but
has recently been extended to draw polyhedrae, which is essential for
understanding co-ordination for inorganic structures. Both the ICSD and
AMC inorganic/mineralogical databases are experimenting with Jmol for
CIF, and
