Research Interest: Acidification of Water from Non-Equilibrium Plasma Discharges

Research Interest: Nanosecond pulsed DBD in atmospheric air and its application in methane conversion.

Research Interest: Plasma Transfer Processes in Plasma-Biological Systems - Medical and Agricultural Applications

Research Interest: Natural Gas Reforming using Gliding Arc Plasmatron, Dry Etch Processes for Microfabrication.

Research Interest: Induction of Immunogenic Cell Death with Non-Thermal Plasma for Cancer Immunotherapy

Research Interest: Plasma Discharge in Produced Water and Its Applications to Large Scale Flow

Research Interest: application of low temperature plasma (LTP) discharges to liquids and wastewaters; plasma decomposition of carbon dioxide (CO2); fouling mitigation for heat exchangers; oxidation of organic matter in water; and inactivation of pathogens using plasmas.

Research Interest: Applied plasma physics and diagnostics, system engineering, process engineering and new product development.

Research Interest:Thermal and nonthermal plasma reactor/device prototype design, manufacturing, characterization, and diagnostics research and development for the Origin technology.

Research Interest: Natalie is currently working as a post-doctoral fellow in the lab of Dr. Theresa A. Freeman studying application of atmospheric plasma for regeneration and development as well as the potential of the new technology for cancer therapy. Natalie is the chair of the Gordon Research Seminar 2016 in Plasma Processing Science.

Research Interest: Formulated and analyzed a computational model to study the chemical kinetics of plasma discharges. Analyzed the model to identify the key mechanism based on fundamental plasma physics and chemistry.

Research Interest: Surgical site infection (SSI) is a major health care concern.

Research Interest: Biomedical Engineer interested in utilizing engineering tools in antimicrobial research.

Research Interest: Advanced heat-exchanger design, involves the fundamental investigation of phase change phenomena for advanced heat exchanger design.

Research Interest: Plasma assisted fuel conversion, tar removal and biomass conversion for synthesis gas (syngas) production. Non equilibrium plasma conversion of natural gas and low value hydrocarbons into hydrogen and carbon sub-oxides without carbon dioxide emissions. Thermodynamic and kinetic simulation of fuel and chemical reactions.

Research Interest: Participated in the basic research to improve the rheological properties of blood through plasma treatment (i.e., DBD and corona discharge).

Research Interest: Participated in joint collaborations with the U.S. Army Research Laboratory and University of Delaware to enhance interfacial adhesion in fiber-reinforced polymer composites through plasma surface treatments.

Research Interest: His work there includes managing R&D projects and developing and testing new technology for the company. An experienced R&D professional with expertise in plasma physics, chemistry and engineering and a diverse background including experience in gasification, heat transfer, combustion, and catalysis.

Research Interest: Focused on the fundamental and applied research of “cold” atmospheric pressure plasmas.

Research Interest: General Surgery, Trauma Surgery & Surgical Critical Care.

Research Interest:  Plasma medicine, biophysics, cancer research, tissue engineering, bioengineering, plasma sterilization.

Research Interest: Currently he is working closely with faculties and students from the Low Temperature Plasma Laboratory at CEEE on atmospheric pressure plasmas in various media and their diagnostics.

Research Interest: UC Berkeley Mechanical Engineering PhD Student, Licensed Professional Engineer in the State of California

Research Interest: Developing advanced controls and sensors for oxy-fuel combustion and other chemical processes related to the primary metals & minerals and glass industries.

Research Interest: primary area of research involved investigating and understanding the interaction of non-thermal plasma with living tissue including.

Research Interest: She is concerned with monitoring microorganisms to prevent forward contamination of the solar bodies we are exploring. She is also involved in technology development and experimentation necessary for a successful Mars sample return mission.

Research Interest: High Carrier Density Fast Switching Plasma Devices, Plasma Assisted Combustion, Plasma Aided Fuel Reforming, Cool Flames, Multi component liquid droplet combustion, Surrogate Fuels for Turbine Applications, Alternative and Next Generation Fuels.

Research Interest: Primarily focus on research and development of non-equilibrium (“cold”) atmospheric pressure plasmas as catalysts for various industrial processes

Research Interest: Non-equilibrium Electric Discharges, Plasma Medicine, Plasma Physics and Application.

Research Interest: Micro- and Nano-Scale Plasmas, Non-thermal Plasma Physics and Chemistry, Plasma Enhanced Materials Processing and Synthesis, Plasma Enhanced Fuel Conversion and Combustion, Plasma Enhanced Drilling,Plasma Sterilization.

Research Interest: Lead the development and Lab testing of new generation oxy–fuel (OF) and air–oxy–fuel (AOF) burner technologies for the Metals industry – Ferrous and Non-Ferrous applications i.e. Iron & Steel, Aluminum, Copper, Lead etc.

Research Interest: Stability analysis of the atmospheric pressure plasma jet; micro-discharges in DBD Plasma.