Chap.13, American Chemical Society, Symposium Series No 916, Washington D.C. New polymeric materials based on syndiotactic polystyrene (s-PS) are presented. These materials are able to absorb rapidly and efficiently volatile org. compds. from water and air, also when present at very low concns. and can be considered as the first example of polymeric mol. sieves, as they display a high sorption selectivity similar to zeolites. Moreover these new mol. sieves are hydrophobic and hence seem particularly suitable for water and moist air purifn. Different aspects relative to the structure, absorption properties, and host-guest interactions of these new polymeric materials are described.
Thermoplastic Molecular Sieves: New Polymeric Materials for Molecular Packaging / Mensitieri, Giuseppe; Milano, G.; Daniel, C.; Venditto, V.; Rizzo, P.; Guerra, G.; Musto, P.. - STAMPA. - 916:(2005), pp. 171-186.
Thermoplastic Molecular Sieves: New Polymeric Materials for Molecular Packaging
MENSITIERI, GIUSEPPE;
2005
Abstract
Chap.13, American Chemical Society, Symposium Series No 916, Washington D.C. New polymeric materials based on syndiotactic polystyrene (s-PS) are presented. These materials are able to absorb rapidly and efficiently volatile org. compds. from water and air, also when present at very low concns. and can be considered as the first example of polymeric mol. sieves, as they display a high sorption selectivity similar to zeolites. Moreover these new mol. sieves are hydrophobic and hence seem particularly suitable for water and moist air purifn. Different aspects relative to the structure, absorption properties, and host-guest interactions of these new polymeric materials are described.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
