INIS
plasma
100%
plastics
79%
recycling
71%
gases
45%
polyethylenes
44%
carbon dioxide
42%
applications
40%
wastes
39%
density
38%
modeling
30%
comparative evaluations
29%
energy
28%
flames
28%
simulation
28%
polypropylene
26%
kinetics
26%
performance
25%
polymers
25%
microwave radiation
24%
processing
23%
chemistry
23%
conversion
23%
methane
22%
reactors
22%
emission
22%
packaging
21%
hydrogen
21%
pyrolysis
20%
design
20%
solutions
20%
production
19%
polyolefins
19%
mixtures
19%
films
19%
spectroscopy
18%
concentration
18%
synthesis
16%
oxygen
16%
data
16%
deposition
16%
streams
15%
oils
15%
electrons
15%
increasing
15%
chains
14%
surfaces
14%
air
14%
heating
14%
lasers
14%
cost
14%
economy
13%
transport
13%
phosphorus
13%
engineering
13%
economics
13%
mechanical properties
13%
values
12%
carbon
12%
sorting
12%
power
11%
industry
11%
stability
11%
optimization
11%
efficiency
11%
dissociation
11%
molecules
10%
fluids
10%
learning
10%
polyurethanes
10%
equilibrium
10%
range
10%
microwave discharges
10%
energy efficiency
10%
devices
10%
graphs
10%
polyethylene terephthalate
9%
yields
9%
thermoplastics
9%
additives
9%
oxidation
9%
calibration
9%
levels
9%
reduction
9%
contraction
9%
perovskites
9%
calculi
9%
copolymers
9%
machine learning
9%
collisions
9%
cracking
9%
investigations
9%
morphology
9%
tuning
8%
evaluation
8%
catalysis
8%
quenching
8%
impurities
8%
low pressure
8%
environment
8%
indoors
8%
Keyphrases
Mechanical Recycling
26%
Plastic Recycling
22%
Microwave Plasma
21%
Polypropylene
18%
High-density Polyethylene
15%
Pyrolysis
15%
Gas Temperature
15%
Flame Retardant
14%
Polyolefins
14%
Gas Heating
13%
Recycling Process
11%
Mechanical Properties
11%
Energy Efficiency
11%
CO2 Conversion
11%
Microwave Discharge
10%
Post-consumer
10%
Reactor
10%
Mid-infrared
9%
Circular Economy
9%
Plasma Reactor
9%
Low Pressure
9%
Vibrational Temperature
8%
Plastic Waste
8%
Polyethylene
8%
Plastic Waste Streams
7%
Pyrolysis Oil
7%
Recycling Technology
7%
Impurities
7%
Chemical Kinetics
7%
Fluid Modeling
7%
Supercontinuum Source
7%
Polyethylene Terephthalate
6%
Low-density Polyethylene
6%
Material Flow Analysis
6%
Nitrogen Fixation
6%
Plastic Circularity
6%
Chemical Recycling
6%
Plasma Catalysis
6%
Reactor Performance
6%
Dissociation
6%
Methane Dry Reforming
6%
Circularity
6%
Vibrational Excitation
6%
Physicochemical Properties
6%
Double Perovskite
6%
Plasma Analysis
6%
Polyolefin Blends
6%
Flexible Plastics
6%
Thermoplastic Polyurethane
6%
Diagnostic Study
6%
Vibrational Kinetics
6%
Fokker-Planck
6%
Systematic Comparison
6%
Plastic Packaging Waste
6%
Eunomia
6%
Magnum-PSI
6%
Calibration-free Laser-induced Breakdown Spectroscopy (CF-LIBS)
6%
Morphological Properties
6%
Degradation Behavior
6%
Polyethylene Blends
6%
Atmospheric Pressure
6%
Condensation Products
6%
Mixed Plastic Waste
6%
Uncertainty Quantification
6%
Fourier Transform Spectroscopy
6%
Supercontinuum
6%
Environmental Impact
6%
Energy Transfer
5%
Plasma Chemistry
5%
Power Density
5%
Volatile Organic Compounds
5%
Recyclability
5%
Plasma Discharge
5%
Thermosets
5%
Electron Temperature
5%
Thermo-oxidative Stability
5%
High Temperature
5%
Engineering
Polyolefin
20%
Pyrolysis
14%
Density Polyethylene
14%
Methane
13%
Recycling Process
11%
Nonequilibrium
11%
Plastic Recycling
11%
Microwave Plasma
11%
Low Density Poly-Ethylene
10%
CO2 Conversion
10%
Circularity
10%
Energy Efficiency
9%
Recyclate
9%
Rotational
8%
Gas Temperature
8%
Plasma Reactor
8%
Atmospheric Pressure
7%
Rate Constant
7%
Material Flow Analysis
6%
Dry Reforming
6%
Power Density
6%
Cross Section
6%
Recycling Rate
6%
Uncertainty Quantification
6%
Tokamak Device
6%
Atmospheric Aerosol
6%
Ethylene Terephthalate
6%
Electric Field
5%
Electron Energy
5%
Polyurethan
5%