Abstracts by Christopher Zangmeister
Limits to the Absolute Accuracy of the Optical Closure Technique. JAMES RADNEY, Christopher Zangmeister, National Institute of Standards and Technology
Limits to the Precision of the Optical Closure Technique When Quantifying Measurement Uncertainties. JAMES RADNEY, Christopher Zangmeister, National Institute of Standards and Technology
Measured Absorption Spectra of Aerosolized Carbonaceous Species and Their Influence on Climate Forcing. CHRISTOPHER ZANGMEISTER, James Radney, Rian You, Michael Zachariah, National Institute of Standards and Technology
Measured Direct In-situ Mass Specific Absorption Spectra from Nine Forms of Carbonaceous Aerosol. CHRISTOPHER ZANGMEISTER, Rian You, James Radney, Michael Zachariah, National Institute of Standards and Technology
Measured In Situ Mineral Dust Absorption Spectra. Patricia Razafindrambinina, JAMES RADNEY, Christopher Zangmeister, National Institute of Standards and Technology
Response of a Filter-based Instrument with a BC Surrogate. COURTNEY GRIMES, Russell Dickerson, James Radney, Joseph Conny, Christopher Zangmeister, University of Maryland
Towards a Calibration Procedure for Thermal Optical Analysis. COURTNEY GRIMES, Russell Dickerson, Christopher Zangmeister, Joseph Conny, University of Maryland