Keyphrases
Propane
100%
Carbon Dioxide Conversion
100%
Plasma Reactor
66%
Ethane
66%
Catalytic Conversion
50%
Oxydehydrogenation
50%
Carbon Dioxide
50%
Plasma-assisted
50%
Propylene
50%
Reactor Design
33%
Catalyst Testing
33%
Newcastle University
33%
Oxygen Radicals
33%
State Universities
33%
Ethylene
33%
North Carolina
33%
Test System Design
33%
Catalyst Stability
33%
Plasma Performance
33%
Ethylene-to-propylene
33%
Non-thermal Plasma Treatment
33%
Catalyst Performance
33%
CO2 Footprint
33%
Dielectric Barrier Discharge Plasma
33%
Catalyst Preparation
33%
Metallic Bi
33%
Enzymatic CO2 Conversion
33%
Negative CO2
33%
Modular Configuration
33%
Without Catalyst
16%
Plasma Test
16%
System Modification
16%
Ozone Reactor
16%
Operating Conditions
16%
Soft Oxidant
16%
Bimetallic Catalyst
16%
Life Cycle Analysis
16%
Catalyst Optimization
16%
Alkenes
16%
Yield Stability
16%
Carbon Dioxide CO2
16%
Design Improvement
16%
Techno-economic
16%
Project Activity
16%
Experimental Testing
16%
Catalyst Characterization
16%
Competitive Cost
16%
Conversion Process
16%
System Construction
16%
C-H Bond
16%
Long-term Testing
16%
Catalyst Synthesis
16%
Alkanes
16%
Process Modeling
16%
Engineering
Reactor Design
100%
Plasma Reactor
100%
Conversion Process
50%
Reactor System
50%
Dielectrics
50%
Test System
50%
Life Cycle Analysis
50%
Plasma Technology
50%
Alkane
50%
Alkene
50%
Nonthermal Plasma
50%
Chemical Engineering
Propylene
100%
Carbon Dioxide
100%
Ethylene
75%
Olefin
25%
Paraffin
25%
Plasma Technology
25%