Keyphrases
Optical Properties
100%
Soot
100%
Fractal
100%
Carbon Black
63%
Elemental Carbon
27%
Particle Type
27%
Coating Layer
27%
Nigrosin
27%
Charged Particles
18%
Aerosol
18%
Light Scattering
18%
Agglomerates
18%
Aerosol Particles
18%
Multiply Charged
18%
Volume Increase
18%
Optical Cross Section
18%
Large Particle
9%
Optics
9%
Fractal Aggregates
9%
Light Absorption
9%
Aerosol Aging
9%
Soot Particles
9%
Condensation
9%
Coagulation
9%
Slow Growth
9%
Vapor Condensation
9%
Carbon Materials
9%
Absolute Value
9%
Particle Morphology
9%
Processing Speed
9%
Scattering Enhancement
9%
Compaction
9%
Supersaturated Vapor
9%
Particle Composition
9%
Response Rate
9%
Optical Response
9%
Absorption Enhancement
9%
Aging Studies
9%
Morphological Response
9%
Morphological Difference
9%
Optical Model
9%
Compositional Difference
9%
Spherules
9%
Dioctyl Sebacate
9%
Optical Enhancement
9%
Carbon Backbone
9%
Particle Volume
9%
Condensational Growth
9%
Solar Absorption
9%
Light-absorbing Aerosols
9%
Particle Beam Optics
9%
Physics
Optical Properties
100%
Charged Particle
66%
Atmospherics
66%
Optics
66%
Condensation
66%
Light Scattering
66%
Electromagnetic Absorption
66%
Aerosol
66%
Larger Particle
33%
Carbon Materials
33%
Spherule
33%
Engineering
Similarities
100%
Black Carbon
100%
Elemental Carbon
42%
Layer Coating
42%
Cross Section
28%
Experimental Measurement
14%
Light Absorption
14%
Experimental Result
14%
Absolute Value
14%
Processing Rate
14%
Particle Volume
14%
Earth and Planetary Sciences
Optical Property
100%
Black Carbon
100%
Charged Particle
28%
Electromagnetic Absorption
28%
Atmospherics
28%
Light Scattering
28%
Morphology
28%
Spherule
14%
Material Science
Optical Property
100%
Particle Type
100%
Morphology
66%
Particle Morphology
33%
Chemical Engineering
Carbon Black
100%
Black Carbon
16%