That animation of the pillared Cu MOF is great! What did you animate it with? I looks really good. What program was the initial chemical structure visualised from? Diamond?
Hello, the non-animated structures are all visualized with VESTA, all animations (and somes stills) werde rendered with blender, after importing the structure as a PDB file into blender. jp-minerals.org/vesta/en/ www.blender.org/ best! Frank
Hello Dr. Hoffmann, thank you for these lectures. Keep up the good work. Can you tell me the software that you use to show the polyhedra around the SBUs?
Dear Mr. Smith, thank you very much for your kind words! Michael rendered/animated the transparent polyhedra, which can be seen between 1:47 - 1:50 and 2:49 - 2:56, with the rendering software blender (blender.org), while the other coordination polyhedra within the SBUs were visualized with VESTA. best wishes Frank
Hello! Did you mean inorganic SBUs rather than inorganic salts? Because MOFs are not composed of inorganic salts, although inorganic salts are one of the ingredients when you synthesize them. Yes, the inorganic SBUs have often regular polyhedran and less often irregular polyhedral shapes. Most of the MOFs are synthesized with only one metal salt, yes. But in so-called multivariate MOFs several different kinds of metals are incorporated.
Wonderful lecture Dr. Hoffmann
So much information in 5 mins. thanks for the great job !
That animation of the pillared Cu MOF is great! What did you animate it with? I looks really good. What program was the initial chemical structure visualised from? Diamond?
Hello,
the non-animated structures are all visualized with VESTA, all animations (and somes stills) werde rendered with blender, after importing the structure as a PDB file into blender.
jp-minerals.org/vesta/en/
www.blender.org/
best!
Frank
thank you for your lecture sir. Its very informative. you teach in right way.
Hello Dr. Hoffmann, thank you for these lectures. Keep up the good work. Can you tell me the software that you use to show the polyhedra around the SBUs?
Dear Mr. Smith, thank you very much for your kind words!
Michael rendered/animated the transparent polyhedra, which can be seen between 1:47 - 1:50 and 2:49 - 2:56, with the rendering software blender (blender.org), while the other coordination polyhedra within the SBUs were visualized with VESTA.
best wishes
Frank
Thank you so much. Will now explore these programmes to improve my presentations.
Hello professor, does all inorganic salts have some kind of polyhedra structure?? And can we use single metal salt??
Hello!
Did you mean inorganic SBUs rather than inorganic salts? Because MOFs are not composed of inorganic salts, although inorganic salts are one of the ingredients when you synthesize them.
Yes, the inorganic SBUs have often regular polyhedran and less often irregular polyhedral shapes.
Most of the MOFs are synthesized with only one metal salt, yes. But in so-called multivariate MOFs several different kinds of metals are incorporated.
@@FrankHoffmann1000 How can i contact you?? Can you please give me your mail?
@@knowledgeseeker9757 kohaerenz@gmail.com
@@FrankHoffmann1000 I mailed you