The construction of coordination polymers has been rationalized through the use of database and a topological approach. The reticular chemistry is based on the specific geometry of tectons that, by combination, form a predictable topology. This abstract procedure, in presence of nodes with a specific coordination form and of directional interactions, allows to obtaining a desired topology. This is often connected with the properties of the materials, like porosity, NLO properties and magnetism.

Reticular chemistry studies on CuCN derivatives for new luminescent materials

Emanuele Priola;Diana Eliano;Michele Chierotti;Elisabetta Bonometti;Alessia Giordana;Francesca Grifasi
2017

Abstract

The construction of coordination polymers has been rationalized through the use of database and a topological approach. The reticular chemistry is based on the specific geometry of tectons that, by combination, form a predictable topology. This abstract procedure, in presence of nodes with a specific coordination form and of directional interactions, allows to obtaining a desired topology. This is often connected with the properties of the materials, like porosity, NLO properties and magnetism.
XXIV IUCr Congress
Hyderabad, India,
21-28 August 2017
A73
C197
1
1
reticular chemistry, coordination polymers, luminescence
Emanuele, Priola; Diana, Eliano; Michele, Chierotti; Elisabetta, Bonometti; Alessia, Giordana; Francesca, Grifasi
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1655008
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