PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN

PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN

Bibliographic Details
Main Author: SIMMONS, MIRIAM GREINER
Format: Others
Language:English
Published: 2007
Subjects:
Chemistry
Inorganic
Online Access:http://hdl.handle.net/1911/15498
id ndltd-RICE-oai-scholarship.rice.edu-1911-15498
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spelling ndltd-RICE-oai-scholarship.rice.edu-1911-154982013-10-23T04:07:07ZPART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGENSIMMONS, MIRIAM GREINERChemistryInorganic2007-05-09T19:22:38Z2007-05-09T19:22:38Z1979ThesisTextapplication/pdfhttp://hdl.handle.net/1911/15498eng
collection NDLTD
language English
format Others
sources NDLTD
topic Chemistry
Inorganic
spellingShingle Chemistry
Inorganic
SIMMONS, MIRIAM GREINER
PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
author SIMMONS, MIRIAM GREINER
author_facet SIMMONS, MIRIAM GREINER
author_sort SIMMONS, MIRIAM GREINER
title PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
title_short PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
title_full PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
title_fullStr PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
title_full_unstemmed PART I: MAGNETIC AND SPIN LIFETIME STUDIES OF DELTA S=1 SPIN EQUILIBRIUM PROCESS FOR SOME 3D('7) COBALT(II) COMPLEXES. PART II: MODELING THE ACTIVE SITE IN HEMOCYANIN: A SYNTHETIC COPPER(I) COMPLEX HAVING IMIDAZOLE LIGANDS AND EXHIBITING REVERSIBLE REACTIVITY WITH MOLECULAR OXYGEN
title_sort part i: magnetic and spin lifetime studies of delta s=1 spin equilibrium process for some 3d('7) cobalt(ii) complexes. part ii: modeling the active site in hemocyanin: a synthetic copper(i) complex having imidazole ligands and exhibiting reversible reactivity with molecular oxygen
publishDate 2007
url http://hdl.handle.net/1911/15498
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