Skip to main content

Iron Complexes in Catalysis: From Coordination and Spectroscopy to Applications

Iron Complexes in Catalysis: From Coordination and Spectroscopy to Applications

Bernd Plietker

ISBN: 978-3-527-69475-4

Jun 2019

650 pages

$292.99

Product not available for purchase

Description

A unique and comprehensive overview of this hot topic, reflecting the many recent advances and developments.
Volume 1 describes coordination chemistry of iron complexes, ligand effects and highlights spectroscopic techniques and theoretical methods used to characterize iron complexes under catalytic conditions, while also including a section on biomimetic iron catalysis. Volume 2 then goes on to summarize important applications of iron catalysts in organic synthesis, covering reduction and oxidation reactions, cross-coupling and C-H activation reactions, nucleophilic substitution, cycloisomerization, radical iron chemistry, and iron-catalyzed polymerizations and oligomerizations.
Edited by one of the leaders in the field, this timely handbook in two volumes is a must-have for all researchers in academia and industry working in the field of catalysis, organic synthesis, inorganic and organometallic chemistry, spectroscopy, and physical and theoretical chemistry.
Preface

VOLUME 1: COORDINATION CHEMISTRY, LIGAND EFFECTS, BIOMIMETIC CATALYSIS AND APPLIED SPECTROSCOPY
1. Coordination Chemistry of Iron and the Role of "Non-Innocent" Ligands in Iron Catalysis
2 [Fe]-Hydrogenase, [FeFe]-Hydrogenase, [FeNi]-Hydrogenase Activities
3 Non-Heme-Fe-Complexes in Catalysis
4 Heme-Type-Fe-Complexes in Catalysis
5. Mo?bauer Spectroscopy
6. X-Ray Spectroscopy
7. EPR-Spectroscopy
8. Spectroelectrochemistry
9. UV-Vis-Flash-Photolysis-Dynamic IR-Spectroscopy
10. NMR-Spectroscopy (Diamagnetic and Paramagnetic)
11. SQUIDD, Magnetometry
12. DFT-Methodology
13. ab-initio-Methodology
14. Applied Theory - in-Silico-Spectroscopy

VOLUME 2: APPLIED IRON CATALYSIS
15. Reduction of Carbonyl and Heterocarbonyl Groups
16. Reduction of CO2
17. Fe-catalyzed Reductive Transformations of Olefins/Alkynes
18. Oxidations of C,H- and C=C-Bonds
19. Oxidative Allylic Oxygenation and Amination
20. Oxidation of Heteroatoms (N, P and S)
21. Cross-Coupling
22. C-H Activation
23. Nucleophilic Substitution
24. Radical Iron Chemistry
25. Cycloisomerization
26. Fe-catalyzed Polymerizations and Oligomerizations