| I.01 |
Support effect of Pd catalysts for high activity and durability |
J.R. Regalbuto (USC), B.F. Gupton (VCU) |
| I.02 |
Machine-Learning Guided Multi-Objective Catalyst Synthesis Optimization Applied to Methylcyclohexane Dehydrogenation. |
J. Lauterbach (USC), C. McGill (VCU) |
| I.03 |
Charge Enhanced Dry Impregnation (CEDI) of Formed Catalyst Supports |
J.R. Regalbuto (USC), C. Williams (USC), J.M. Tengco (USC) |
| I.04 |
Influence of Drying Parameters on Metal Dispersion of Electrostatically Adsorbed Precursors (Extension of Project 60) |
C. Williams (USC), J.R. Regalbuto (USC) |
| I.05 |
Synthetic design of hydrogen spillover in bimetallic catalysts |
N. Razdan (UCB), J.R. Regalbuto (USC) |
| I.06 |
Solvent Effects for Core-Shell Support Synthesis |
J. Lauterbach (USC), C. Williams (USC) |
| I.07 |
Synthesis of robust oxygen evolution electrocatalysts from calixarene-templated nanoporous IrOx |
A. Katz (UCB), S. Boettcher (UCB), W.E. Mustain (USC) |
| I.08 |
Unraveling the Solvent Space |
B.F. Gupton(VCU), C. McGill (VCU), J.R. Regalbuto (USC), C. Williams (USC) |
| I.09 |
Amorphous Carbon (Norit-ROX 0.8) as an Inexpensive, Effective Substitute for Graphene |
B.F. Gupton (VCU), J.R. Regalbuto (USC) |
| I.10 |
Synthesis of bimetallic Ru-M homogeneous alloys versus polka dot nanoparticles |
R. Qazi (USC), J.R. Regalbuto (USC), J. Lauterbach (USC) |
| I.11 |
Synthesis of highly dispersed Ru nanoparticles on Pr6O11 deposited on Al2O3 support |
R. Qazi (USC), J.R. Regalbuto (USC), J. Lauterbach (USC) |
| I.12 |
Measuring Surface Area with a Hygrometer and Laboratory Scale |
C. Williams (USC), J.R. Regalbuto (USC) |
| I.13 |
Transitional Metal Sulfides and Nitrides as Electrocatalysts for Water Splitting |
Y. Lin (WSU), J.S. McEwen (WSU) |
| I.14 |
Unlocking the Size Limit of Platinum Nanocube Growth on Carbon Support via Seeded Solid-State Synthesis |
J.R. Regalbuto (USC), C. Williams (USC), Z. Peng (USC) |
| II.01 |
Establishing the influence of medium-pore zeolite micropore environments on the redox chemistry and associated locations and states of Pt and catalytic activity |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), S. Bare (SLAC), A. Katz (UCB), B. Gates (UCD) |
| II.02 |
Bimetallic Pt-Cu sites in MFI micropores: Stabilization, local chemical environments, and associated alkane dehydrogenation activities |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), S. Bare (SLAC), A. Katz (UCB), B. Gates (UCD) |
| II.03 |
Understanding Pt environment by quantitative characterization of Pt modified by promoters on alumina supports |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), S. Bare (SLAC), A. Katz (UCB), B. Gates (UCD) |
| II.04 |
Optimizing in situ growth of Nitrogen-Doped Carbon Nanotubes on Alumina spheres for Enhanced Palladium Catalysts in Continuous flow Suzuki Cross-Coupling Reactions |
B.F. Gupton (VCU), R. Ghaleb (VCU) |
| II.05 |
Influence of carbon support acidity on metal polarization during catalytic hydrogenation |
N. Razdan (UCB), J.R. Regalbuto (USC) |
| II.06 |
Catalytic benefits of selective interior P placement in P-modified HZSM-5 catalysts |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), B. Gates (UCD) |
| II.07 |
Synthesis and characterization of zeolite-based catalysts for nonthermal plasma hydrogenolysis reactions |
J. Lauterbach (USC), Z. Peng (USC) |
| II.08 |
Modeling Diffusion Coupled with Electrostatic Adsorption on Formed Supports |
J.R. Regalbuto (USC), S. Shimpalee (USC) |
| II.09 |
Control of Supported Metal Particle Size by Varying the Reduction Atmosphere |
M. Patwary (USC), J.R. Regalbuto (USC) |
| II.10 |
Determining the Metal Oxide-Support Wetting Mechanism for Easier Catalyst Developement |
J.R. Regalbuto (USC), D. Chen (USC), J.S. McEwen (WSU) |
| II.11 |
Targeted synthesis of bimetallic Pd-based nanoparticles supported on a novel 3D composite of carbon on Alumina spheres for Continuous flow Suzuki Cross-coupling reactions |
B.F. Gupton (VCU), R. Ghaleb (VCU) |
| II.12 |
DFT calculation and study of palladium single atom formation on alumina beads coated with carbon nanotubes synthesized with different carbon and nitrogen sources for chemical vapor deposition |
B.F. Gupton (VCU), J.R. Regalbuto (USC) |
| II.13 |
DFT calculation and study of Pd single atom formation on nitrogen-doped carbon supported on alumina beads via metal organic framework for the continuous Suzuki cross-coupling reaction |
B.F. Gupton (VCU), A. Reber (VCU) |
| III.01 |
Elucidating n-heptane dehydroaromatization with zeolite-supported platinum catalysts: relationships between platinum speciation and product distributions |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), A. Katz (UCB), B. Gates (UCD) |
| III.02 |
Integrated catalytic membrane system: Simultaneous ammonia cracking and H2 separation under mild conditions |
H. Lin (WSU), J.S. McEwen (WSU) |
| III.03 |
Bimetallic ferromagnetic catalysts for plastics hydrogenolysis |
A. Heyden (USC), M. Zare (USC), W. Yang (USC), J.M. Tengco (USC), J. Gaillard (USC) |
| III.04 |
Bimetallic ferromagnetic catalysts for on-demand H2 production from methylcyclohexane |
A. Heyden (USC), W. Yang (USC) J.M. Tengco (USC), J. Galliard (USC) |
| III.05 |
Well-dispersed Cu-Ni Bimetallic Catalyst for Methylcyclohexane Dehydrogenation Using SEA and ED |
M. Patwary (USC), J.M. Tengco (USC), J.R. Regalbuto (USC) |
| III.06 |
Synthesis of zeolites for selective humid CO2 adsorption: towards 100 % relative humidity: |
A. Katz (UCB), J.M. Tengco (USC), J.R. Regalbuto |
| III.07 |
Optimization of Polymetallic Clusters for the Suzuki-Miyaura Reaction |
B.F. Gupton (VCU), A. Reber (VCU) |
| III.08 |
Cost Effective Transition Metal Alternatives to Palladium for Heterogeneous Cross Coupling Applications |
B.F. Gupton (VCU), J.R. Regalbuto (USC), D. Gregory (VCU) |
| III.09 |
Reducing Agent Variability for the Synthesis of Palladium Nanoparticles Supported on Graphene for Suzuki-Miyaura Cross-Coupling Reactions |
B.F. Gupton (VCU) |
| III.10 |
Active Site Control and Synthetic Stabilization of WO3/ZrO2 Isomerization Catalysts |
D. Gregory (VCU), B.F. Gupton (VCU) |
| III.11 |
Optimizing zinc-modified zeolite catalysts for aromatization of light alkane feeds and probing the opportunity to incorporate carbon from CO2 |
C. Kronawitter (UCD), R. Runnebaum (USC), A. Kulkarni (UDC), S. Bare (SLAC), A. Katz (UCB), B. Gates (UCD) |
| III.12 |
Supported Chiral Catalysts for Enantioselective Enamide Hydrogenation |
A. Katz (UCB), B.F. Gupton (VCU) |
| III.13 |
Understanding the activation of graphitic carbon-based materials for electrochemical hydrogen peroxide production from air and water |
C. Kronawitter (UCD), R. Runnebaum (UCD) |
