ProQuest Subject Index - Inorganic chemistry at THE JOHNS HOPKINS UNIVERSITY

TOP >> THE JOHNS HOPKINS UNIVERSITY >> Inorganic chemistry

Browse Institutions

You are viewing titles for THE JOHNS HOPKINS UNIVERSITY in the Inorganic chemistry available through the UMI Dissertations & Thesis Gradwoorks site

The influence of the thiol, disulfide and thioether sulfur ligand coordination in copper(I) dioxygen chemistry involving adduct formation and sulfur ligand oxidative chemistry	From light harvesting to intracellular oxygen sensing: Chromophores and their novel applications in photovoltaics and molecular cardiobiology

Fabrication, functionalization and manipulation of magnetic nanowires for biological applications	Charge transfer porphyrin functionalized titanium dioxide interfaces

Oxidative reactivity of synthetic reduced copper complexes	Activation of dioxygen at transition metal centers: Fundamental investigations of the heavy atom isotope effect and its applications

Ligand influences on the photoinitiated binding of small molecules to synthetic copper and heme-copper complex systems	Interfacial charge transfer mechanisms and cation effects in dye-sensitized solar cells

Formation of chemical bonds with visible light: The sensitized oxidation of iodide and water	Octadecanthiols as a resist for the electrodeposition of patterned nanostructures

Synthesis, characterization and reactivity of (N,S)M(II) complexes that model the active sites of peptide deformylase and superoxide reductase	Iron and ruthenium compounds with low-lying ligand field excited states anchoring to titanium dioxide

Mechanistic insights toward visible light initiated multiple electron transfer at molecular nanocrystalline titanium dioxide interfaces	Redox surface reactions occurring at plattnerite, pyrolusite, and hydrous manganese oxide particle-water interfaces relevant to water supply systems and biochemical systems

Mechanisms of interfacial electron-transfer within high-surface-area metal-oxide thin films	Synthetic copper-dioxygen adducts reactivity studies

Nickel and chelating agent speciation by capillary electrophoresis: Exploration of pathways, rates, and structure-reactivity relationships pertaining to exchange reactions	Thermodynamics of metal binding to protein sites

The generation and reactivity of high-valent methal-oxo corrolazines	Fundamental insights into the iodide/triiodide redox mediator utilized in dye-sensitized solar cells

High-valent manganese and iron corrolazines: Effect of Lewis acids, atom and group transfer reactions