Accepted Proposals
2020
Studies of plasma generated active species on low temperature fuel oxidation
- Prof. Yiguang Ju, Princeton University
- Christopher Burger, Princeton University
- Dr. Nils Hansen, SNL PRF
- Identification of UV/VUV Bands Generated from a Photoionization Source
- Dr. Andrew Fierro, University of New Mexico
- Prof. Jane Lehr, University of New Mexico
- Justin Smith, University of New Mexico
- Dr. Benjamin Yee, SNL PRF
Absolute Atomic Oxygen Species Densities in the Effluent of the COST Reference Source
- Prof. Katharina Stapelmann, North Carolina State University
- Brayden Myers, North Carolina State University
- Dr. Edward Barnat, SNL PRF
Electric Field Measurements at the Surface of a Piezoelectric Transformer for Plasma Jet Formation
- Prof. David Go, University of Notre Dame
- Jinyu Yang, University of Notre Dame
- Dr. Edward Barnat, SNL PRF
Electric field measurements to investigate sheath formation in a nanosecond pulsed discharge
- Prof. Peter J. Bruggeman, University of Minnesota
- Dr. Edward Barnat, SNL PRF
Studies of low temperature chemical kinetics on plasma thermal-chemical instability
- Prof. Yiguang Ju, Princeton University
- Madeline Vorenkamp, Princeton University
- Dr. Jonathan Frank, SNL PRF
Impact of Cs level populations on the discharge characteristics of non-equilibrium thermionic plasmas
- Dr. Arvind Kannan, Modern Electron, LLC
- Dr. Amanda Lietz, SNL PRF
- Dr. Matt Hopkins, SNL PRF
Particle-in-cell modeling of low pressure ( 2000 V) dual-frequency capacitively coupled plasmas
- Dr. Shahid Rauf, Applied Materials, Inc.
- Dr. Amanda Lietz, SNL PRF
- Dr. Matt Hopkins, SNL PRF
Tests of a proposed sheath instability mechanism using ALEPH
- Prof. Scott Baalrud, University of Michigan
- Lucas Beving, University of Michigan
- Dr. Matt Hopkins, SNL PRF
2021
Computational Studies of Plasma Self-Organization in the Anode Region of DC Glow Discharges
- Prof. Vladimir Kolobov, University of Alabama, Huntsville
- Dr. Matt Hopkins, SNL PRF
Understanding the vacuum arc plasma expansion by particle-in-cell simulations
- Prof. Andreas Kyritsakis, University of Tartu
- Dr. Matt Hopkins, SNL PRF
Photoemission induced plasma breakdown
- Prof. Peng Zhang, Michigan State University
- Dr. Brian Bentz, SNL PRF
- Dr. Matt Hopkins, SNL PRF
Benchmarking of high-performance low-temperature plasma particle-in-cell codes
- Dr. Igor Kaganovich, Princeton Plasma Physics Laboratory
- Dr. John Cary, Tech-X Corporation
- Dr. Matt Hopkins, SNL PRF
Investigation of Plasma Assisted Ammonia Combustion for Renewable Energy
- Prof. Wenting Sun, Georgia Institute of Technology
- Dr. Nils Hansen, SNL PRF
In Situ Measurements of Formaldehyde and Methyl Radical in Plasma-Assisted Catalytic Methane Conversion
- Prof. Igor Adamovich, The Ohio State University
- Caleb Richards, The Ohio State University
- Dr. Jonathan Frank, SNL PRF
- Dr. Dirk van den Bekerom, SNL PRF
Quantification of Reactive Species and Characterization of High-Water Content in Dielectric Barrier Discharge using Laser Induced Fluorescence
- Prof. Tanvir Farouk, University of South Carolina
- Malik Tahiyat, University of South Carolina
- Dr. Jonathan Frank, SNL PRF
- Dr. Dirk van den Bekerom, SNL PRF
Mass Spectrometry of Plasma-Water Purification to Understand Methylene Blue Decomposition Productions and Pathways
- Prof. Gabe Xu, University of Alabama, Huntsville
- Dr. Nils Hansen, SNL PRF
2022
3D Laser Collisional Induced Fluorescence of Spatially Non-Uniform Magnetized RF Surface Plasma;
- Gabe Xu, University of Alabama, Huntsville
Temperature and methyl radical measurements in a plasma-assisted methane-air flame
- Deanna Lacoste, King Abdullah University of Science and Technology (Saudi Arabia)
Reference electron density measurements in a capacitively coupled radiofrequency plasma source
- Zoltan Donko, Wigner Research Centre for Physics, Budapest, Hungary
Modeling and Measurements of Methyl Radical Generation in Plasma-Assisted Methane Chemistry
- Sanjana Kerketta, University of Michigan
- Astrid Raisanen, University of Michigan
- Mark Kushner, University of Michigan
In situ exploration of hydrogen peroxide formed in the microscale atmospheric pressure plasma COST jet
- Katharina Stapelmann, North Carolina State University
Enhancing the Selectivity of Plasma-Catalytic Oxidative Coupling of Methane
- Igor Adamovich, Ohio State University
Sum Frequency Generation to Probe the Chemical and Physical Properties of a Plasma-Liquid Interface
- Peter Bruggeman, University of Minnesota
Understanding sheath deformation around Langmuir probes in flowing plasmas and presheaths
- Greg Severn, University of San Diego
Methyl imaging measurements in nanosecond plasma-assisted methane pyrolysis
- Jean Maillard, CentraleSupelec, Universite Paris-Saclay;
- Erwan Pannier,CentraleSupelec, Universite Paris-Saclay;
- Christophe Laux, CentraleSupelec, Universite Paris-Saclay;
Characterization of vacuum ultraviolet emission from a corona discharge source operating in various gases
- Andy Fierro, University of New Mexico
- Jane Lehr, University of New Mexico
- Justin Smith, University of New Mexico
Presheath ion heating due to ion-acoustic instabilities in 2D and hybrid simulations
- Scott Baalrud, University of Michigan
- Lucas Beving, University of Michigan
Particle Dynamics in Plasma-Assisted Catalytic Reactions of Ammonia
- David Caron, Princeton University
- Ahmed Diallo, Princeton University
- Bruce Koel, Princeton University
Sum Frequency Generation to Identify Surface Species and Pathways for NH3 synthesis by Plasma Catalysis
- Aditya Bhan, University of Minnesota