Aerosol carbon concentrations have been measured under wintertime conditions at two sites in the Los Angeles basin. Samples were analyzed for total carbon by the Gamma Ray Analysis of Light Elements (GRALE) technique and for elemental carbon by reflectance. Total carbon concentrations at downtown Los Angeles averaged 24 µgm^(-3) and elemental carbon concentrations averaged 9 µgm^(-3) during the 7 am to 1 pm period. The light absorption efficiency of ambient elemental carbon particles was determined to be 11.9 + 0.9 m^2g^(-1), and it was estimated that light absorption by elemental carbon could account for up to 17% of total light extinction in downtown Los Angeles. Baseline conditions for elemental carbon concentrations in the Los Angeles a...
Carbonaceous aerosols are responsible for large uncertainties in climate models, degraded visibility...
Carbonaceous aerosol is a major component of the urban PM. It mainly consists of organic carbon (OC)...
A study was conducted to quantify wintertime contributions of source types to carbonaceous PM2.5 at ...
Aerosol carbon concentrations have been measured under wintertime conditions at two sites in the Los...
Aerosol carbon concentrations have been measured under wintertime conditions at two sites in the Los...
Long-term trends in organic and elemental carbon particle concentrations can be explored by establis...
Emissions from the major sources of fine carbonaceous aerosol in the Los Angeles basin atmosphere h...
While recent advances in instrumentation permit routine determination of elemental carbon concentrat...
A fine particle air monitoring network was operated in the Los Angeles area during 1982. It was foun...
An emission inventory for fine particle aerosol carbon has been constructed for the Metropolitan Los...
The control of atmospheric primary carbonaceous particles is central to protecting visibility. In th...
Two fundamentally different techniques for measuring atmospheric elemental carbon (EC) aerosol were ...
Results from six continuous and semicontinuous black carbon (BC) and elemental carbon (EC) measureme...
A Lagrangian particle-in-cell air quality model has been developed that facilitates the study of sou...
Abstract. The mass of light absorbing carbon (LAC) in indi-vidual, internally mixed aerosol particle...
Carbonaceous aerosols are responsible for large uncertainties in climate models, degraded visibility...
Carbonaceous aerosol is a major component of the urban PM. It mainly consists of organic carbon (OC)...
A study was conducted to quantify wintertime contributions of source types to carbonaceous PM2.5 at ...
Aerosol carbon concentrations have been measured under wintertime conditions at two sites in the Los...
Aerosol carbon concentrations have been measured under wintertime conditions at two sites in the Los...
Long-term trends in organic and elemental carbon particle concentrations can be explored by establis...
Emissions from the major sources of fine carbonaceous aerosol in the Los Angeles basin atmosphere h...
While recent advances in instrumentation permit routine determination of elemental carbon concentrat...
A fine particle air monitoring network was operated in the Los Angeles area during 1982. It was foun...
An emission inventory for fine particle aerosol carbon has been constructed for the Metropolitan Los...
The control of atmospheric primary carbonaceous particles is central to protecting visibility. In th...
Two fundamentally different techniques for measuring atmospheric elemental carbon (EC) aerosol were ...
Results from six continuous and semicontinuous black carbon (BC) and elemental carbon (EC) measureme...
A Lagrangian particle-in-cell air quality model has been developed that facilitates the study of sou...
Abstract. The mass of light absorbing carbon (LAC) in indi-vidual, internally mixed aerosol particle...
Carbonaceous aerosols are responsible for large uncertainties in climate models, degraded visibility...
Carbonaceous aerosol is a major component of the urban PM. It mainly consists of organic carbon (OC)...
A study was conducted to quantify wintertime contributions of source types to carbonaceous PM2.5 at ...