Metal complexes immobilised in/on porous matrices - possible enzyme mimics

I. Labádi; I. Szilágyi; Ida Noemi Jakab; K. Hernádi; I. Pálinkó

Metal complexes immobilised in/on porous matrices - possible enzyme mimics

I. Labádi, I. Szilágyi, Ida Noemi Jakab, K. Hernádi, I. Pálinkó

University of Szeged

Research output: Contribution to journal › Journal article › Research › peer-review

Abstract

Cu(II) histidine or Cu(II)-diethylene-triamino-mu-imidazolato-Zn(II)-tris-aminoethylamine triperchlorato complexes were prepared and immobilised in/on porous matrices (montmorillonite and silica gel) via (i) adsorption/hydrogen bonding, (ii) electrostatic forces or (iii) grafting with covalent bond. It was found that immobilisation increased catalytic activity and catalyst lifetime in the decomposition reaction of hydrogen peroxide relative to the matrix-free complexes. The immobilised materials were characterised by experimental and computational methods.
Keyword: CATALYSTS,OPTIMIZATION,PARAMETERS,SEMIEMPIRICAL METHODS

Original language	English
Journal	Materials Science
Volume	21
Issue number	2
Pages (from-to)	235-244
ISSN	0137-1339
Publication status	Published - 2003
Externally published	Yes

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title = "Metal complexes immobilised in/on porous matrices - possible enzyme mimics",

abstract = "Cu(II) histidine or Cu(II)-diethylene-triamino-mu-imidazolato-Zn(II)-tris-aminoethylamine triperchlorato complexes were prepared and immobilised in/on porous matrices (montmorillonite and silica gel) via (i) adsorption/hydrogen bonding, (ii) electrostatic forces or (iii) grafting with covalent bond. It was found that immobilisation increased catalytic activity and catalyst lifetime in the decomposition reaction of hydrogen peroxide relative to the matrix-free complexes. The immobilised materials were characterised by experimental and computational methods. Keyword: CATALYSTS,OPTIMIZATION,PARAMETERS,SEMIEMPIRICAL METHODS",

author = "I. Lab{\'a}di and I. Szil{\'a}gyi and Jakab, {Ida Noemi} and K. Hern{\'a}di and I. P{\'a}link{\'o}",

year = "2003",

language = "English",

volume = "21",

pages = "235--244",

journal = "Materials Science",

issn = "0137-1339",

publisher = "Oficyna Wydawnicza/Politechniki Wroclawskiej",

number = "2",

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TY - JOUR

T1 - Metal complexes immobilised in/on porous matrices - possible enzyme mimics

AU - Labádi, I.

AU - Szilágyi, I.

AU - Jakab, Ida Noemi

AU - Hernádi, K.

AU - Pálinkó, I.

PY - 2003

Y1 - 2003

N2 - Cu(II) histidine or Cu(II)-diethylene-triamino-mu-imidazolato-Zn(II)-tris-aminoethylamine triperchlorato complexes were prepared and immobilised in/on porous matrices (montmorillonite and silica gel) via (i) adsorption/hydrogen bonding, (ii) electrostatic forces or (iii) grafting with covalent bond. It was found that immobilisation increased catalytic activity and catalyst lifetime in the decomposition reaction of hydrogen peroxide relative to the matrix-free complexes. The immobilised materials were characterised by experimental and computational methods. Keyword: CATALYSTS,OPTIMIZATION,PARAMETERS,SEMIEMPIRICAL METHODS

AB - Cu(II) histidine or Cu(II)-diethylene-triamino-mu-imidazolato-Zn(II)-tris-aminoethylamine triperchlorato complexes were prepared and immobilised in/on porous matrices (montmorillonite and silica gel) via (i) adsorption/hydrogen bonding, (ii) electrostatic forces or (iii) grafting with covalent bond. It was found that immobilisation increased catalytic activity and catalyst lifetime in the decomposition reaction of hydrogen peroxide relative to the matrix-free complexes. The immobilised materials were characterised by experimental and computational methods. Keyword: CATALYSTS,OPTIMIZATION,PARAMETERS,SEMIEMPIRICAL METHODS

M3 - Journal article

SN - 0137-1339

VL - 21

SP - 235

EP - 244

JO - Materials Science

JF - Materials Science

IS - 2

ER -

Metal complexes immobilised in/on porous matrices - possible enzyme mimics

Abstract

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