The strengths of bonds formed between transition metals and various substituent groups are of fundamental importance in the areas of surface chemistry, organometallic chemistry, and catalysis. The scarcity of such thermodynamic information has led us to develop new experimental methods for the determination of the thermochemical properties of organometallic species. Most important are ion beam experiments in which an examination of the translational energy dependence of endothermic reactions yields bond energies of product species
The solution thermochemistry of ruthenium-based organometallic complexes is outlined. Until recently...
COLL 40 Based on computational studies of stepped and non-stepped transition metal surfaces the reac...
The bond dissociation energies of TiZr, TiNb, and ZrV have been determined by the abrupt onset of pr...
The strengths of bonds formed between transition metals and various substituent groups are of funda...
Abstract- The energy contributions of metal-carbon and metal-ligand bonds in a variety of organometa...
The formal relationship between measured molecular ionization energies and thermodynamic bond dissoc...
Product kinetic energy release distributions reveal important features of the potential energy surfa...
dissertationGuided ion beam mass spectrometry techniques are used to study the gas-phase ion-molecul...
honors thesisCollege of ScienceChemistryMichael D. MorseMeasuring thermochemical and kinetic propert...
It is shown that for all the essential bond forming and bond breaking reactions on metal surfaces, t...
Despite the recent advances in understanding bonds between transition metals (TM) and non-metal, the...
The thermochemical technique of static bomb calorimetry was used to determine the heats of combustio...
Quantum‐chemistry of chemisorption is discussed based on partial density of states and crystal orbit...
The physico-chemical properties such as molecular weight, conductivity, and absorption spectra have ...
Differences between a variety of metal ion-ligand isomers have been probed using Fourier transform m...
The solution thermochemistry of ruthenium-based organometallic complexes is outlined. Until recently...
COLL 40 Based on computational studies of stepped and non-stepped transition metal surfaces the reac...
The bond dissociation energies of TiZr, TiNb, and ZrV have been determined by the abrupt onset of pr...
The strengths of bonds formed between transition metals and various substituent groups are of funda...
Abstract- The energy contributions of metal-carbon and metal-ligand bonds in a variety of organometa...
The formal relationship between measured molecular ionization energies and thermodynamic bond dissoc...
Product kinetic energy release distributions reveal important features of the potential energy surfa...
dissertationGuided ion beam mass spectrometry techniques are used to study the gas-phase ion-molecul...
honors thesisCollege of ScienceChemistryMichael D. MorseMeasuring thermochemical and kinetic propert...
It is shown that for all the essential bond forming and bond breaking reactions on metal surfaces, t...
Despite the recent advances in understanding bonds between transition metals (TM) and non-metal, the...
The thermochemical technique of static bomb calorimetry was used to determine the heats of combustio...
Quantum‐chemistry of chemisorption is discussed based on partial density of states and crystal orbit...
The physico-chemical properties such as molecular weight, conductivity, and absorption spectra have ...
Differences between a variety of metal ion-ligand isomers have been probed using Fourier transform m...
The solution thermochemistry of ruthenium-based organometallic complexes is outlined. Until recently...
COLL 40 Based on computational studies of stepped and non-stepped transition metal surfaces the reac...
The bond dissociation energies of TiZr, TiNb, and ZrV have been determined by the abrupt onset of pr...