Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon. Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon. [No authors listed] UIID-NSF: 357 Aerosols impact the radiative balance of the earth directly by scattering and absorbing sunlight and semi-directly by altering the vertical temperature profile of the atmosphere and modifying cloud properties. The magnitudes of these effects are highly uncertain thereby limiting... Share Share on social media Direct link Direct link Cite Cite AMA Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon. ; APA (). Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon. . MLA "Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon." vol. (). NLM Participation in Flame-IV: Understanding Aerosol Absorption in Biomass Burning Plumes Through Measurements of Single-Particle SSA, Coatings, and Brown Carbon. UIID-NSF: 357. Copy Download .nbib Format: NLM AMA APA MLA NLM
Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter. Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter. [No authors listed] UIID-NSF: 109 Research Initiation Awards provide support for junior and mid-career faculty at Historically Black Colleges and Universities who are building new research programs or redirecting and rebuilding existing research programs. It is expected that the award helps to further the... Share Share on social media Direct link Direct link Cite Cite AMA Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter. ; APA (). Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter. . MLA "Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter." vol. (). NLM Research Initiation Award: Investigating optical properties of urban aerosols for monitoring fine air particulate matter. UIID-NSF: 109. Copy Download .nbib Format: NLM AMA APA MLA NLM
