Properties of Black Carbon Particles Relevant to Atmospheric Measurements.
Abstract not provided.
Bambha, Ray.↗
Engineering topics
Bambha, Ray.
Publications and source records attributed to Bambha, Ray..
Synergy between Emissions Verification for Climate and Air Quality: CMAQ Modeling Analysis over the Contiguous US Domain.
Abstract not provided.
Liu, Zhen↗
Effects of volatile coatings on the morphology and optical detection of combustion-generated black carbon particles.
We have measured time-resolved laser-induced incandescence (LII) from combustion-generated mature soot extracted from a burner and (1) coated with oleic acid or (2) coated with oleic acid and then thermally denuded using a thermodenuder. The soot samples were size selected using a differential mobility analyser and characterized with a scanning mobility particle sizer, centrifugal particle mass analyser, and transmission electron microscope. The results demonstrate a strong influence of coatings particle morphology and on the magnitude and temporal evolution of the LII signal. For coated particles higher laser fluences are required to reach LII signal levels comparable to those of uncoated particles. This effect is predominantly attributable to the additional energy needed to vaporize the coating while heating the particle. LII signals are higher and signal decay rates are significantly slower for thermally denuded particles relative to coated or uncoated particles, particularly at low and intermediate laser fluences.
Bambha, Ray.↗
Linking CO2 Emissions Verification to Air-Quality Monitoring: Spatiotemporal Variability of CO2 Simulated with CMAQ.
Abstract not provided.
Michelsen, Hope A.↗
Effects of Volatile Coatings on Properties and Optical Measurements of Black Carbon.
Abstract not provided.
Michelsen, Hope A.↗