We studied the partial contributions to the valence band spectra of MoO2, RuO2 and Rh2O3. The experimental technique of choice was the Cooper minimum method to X-ray photoemission spectroscopy. The spectra were interpreted with an extended cluster model and compared to usual band structure calculations. We conclude that, for the correct description of the valence band, one must include charge transfer, final-state and many-body effects in the description of the electronic structure of these compounds, which can also be extended to other systems
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The angle dependence of the valence-band photoemission from the trigonal prismatic layered MoS2shows...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The geometric and electronic structures of MoO3 and MoO 2 have been calculated using the generalized...
Core and valence level photoemission and electron energy loss (EELs) spectra of MoO2 and WO2 have be...
Gas-phase photoelectron spectroscopy was utilized to study a series of metal-metal bonded complexes....
An x-ray photoemission spectroscopy study of the blue molybdenum bronze K0.30MoO3 shows a conduction...
Using the SCF-Xalpha-SW method the ground state electronic structures of (HO)(3)Mo identical withMo(...
The work described in the thesis divides essentially into two parts: (1) the experimental measuremen...
Three sets of metal-metal bonded systems of the form M₂(L ͡ L)₄ have been studied by gas-phase ultra...
Semi-empirical Wolfsberg-Helmholz molecular orbital (WHMO) calculations were performed on some octah...
The energy distribution of the Mo 4d states in the MoS2 valence band has been obtained by photoemiss...
Band structure investigations of the random MoNi$\text{}_{4}$ and MoNi$\text{}_{3}$ alloys, performe...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The nature of multiple bonding involving transition metal atoms has been explored via photoelectron ...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The angle dependence of the valence-band photoemission from the trigonal prismatic layered MoS2shows...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The geometric and electronic structures of MoO3 and MoO 2 have been calculated using the generalized...
Core and valence level photoemission and electron energy loss (EELs) spectra of MoO2 and WO2 have be...
Gas-phase photoelectron spectroscopy was utilized to study a series of metal-metal bonded complexes....
An x-ray photoemission spectroscopy study of the blue molybdenum bronze K0.30MoO3 shows a conduction...
Using the SCF-Xalpha-SW method the ground state electronic structures of (HO)(3)Mo identical withMo(...
The work described in the thesis divides essentially into two parts: (1) the experimental measuremen...
Three sets of metal-metal bonded systems of the form M₂(L ͡ L)₄ have been studied by gas-phase ultra...
Semi-empirical Wolfsberg-Helmholz molecular orbital (WHMO) calculations were performed on some octah...
The energy distribution of the Mo 4d states in the MoS2 valence band has been obtained by photoemiss...
Band structure investigations of the random MoNi$\text{}_{4}$ and MoNi$\text{}_{3}$ alloys, performe...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The nature of multiple bonding involving transition metal atoms has been explored via photoelectron ...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...
The angle dependence of the valence-band photoemission from the trigonal prismatic layered MoS2shows...
Here we report on our study to quantitatively describe the intensities of the valence band hard x-ra...