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You are viewing titles for UNIVERSITY OF MICHIGAN in the Physical chemistry available through the UMI Dissertations & Thesis Gradwoorks site
 
Nanochemistry for biomedical sensors and contrast agents
Ultrafast transient absorption studies of environment influence on the photolysis of B12 complexes and the subsequent recombination and escape of caged radicals
 
Development of 13C nuclear magnetic resonance methods for studying the structural dynamics of nucleic acids in solution
Design and characterization of a multi-vapor preconcentrator for a micro-scale gas chromatograph
 
Perturbations of cellular membranes with synthetic polymers and ultrafast lasers
Applications of synchrotron radiation to the structure, localization, and quantitation of zinc in biological systems
 
Investigations of novel high dielectric materials and new mechanisms
Heterogeneous catalysis by gold: The effect of oxide support, external conditions, and the metal/oxide interface
 
The Directed Heavy Atom Effect: A design principle for metal-free organic phosphors
Potentials of mean force as a starting point for understanding biomolecular interactions
 
Physicochemical surface interactions of nanoimprint lithography resists and imprinted pore membranes
Solid state NMR investigations of lipid bilayers and biomembrane binding molecules: Dendrimers and amylin
 
Investigating Ultrafast Condensed-Phase Chemical Dynamics with Coherent Multidimensional Spectroscopy
Applications of 2DIR on Solution Dynamics and Reaction Chemistry
 
Temperature-Dependent Studies of Condensed Phase Reaction Dynamics
Exploring Condensed Phase Equilibrium Dynamics via Ultrafast Two-Dimensional Infrared Spectroscopy
 
Sum Frequency Generation and Molecular Dynamics Studies of Biomolecular Orientation at Model Interfaces
Atomic-Level Dynamical, Structural and Functional Investigation of a Membrane Protein Complex through Nuclear Magnetic Resonance Spectroscopy
 
Mid-Infrared Pulse Shaping and Two-Dimensional Spectroscopy of Open Quantum Systems in Liquid Solution
Ultrafast and nonlinear spectroscopy utilized as a sensitive probe for amyloid peptide aggregation