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Uncertainties in the results due to ultrafiltration and counting errors are 3% for the particulate fraction and 6% for the dissolved and colloidal fractions. Materials Coastal seawater from Dalhousie University's Aquatron system was photo-oxidized and ultrafiltered (nominal molecular weight cut-off of 1, 000) to prepare batch seawater free of organic material and particles (both colloids and > 0.2 pm). This seawater was used as a control and to prepare samples with specific concentrations of dissolved organic matter (DOM), colloids, and particles. Th was prepared by extraction from uranyl nitrate using a procedure based on
DOI link for Uncertainties in the results due to ultrafiltration and counting errors are 3% for the particulate fraction and 6% for the dissolved and colloidal fractions. Materials Coastal seawater from Dalhousie University's Aquatron system was photo-oxidized and ultrafiltered (nominal molecular weight cut-off of 1, 000) to prepare batch seawater free of organic material and particles (both colloids and > 0.2 pm). This seawater was used as a control and to prepare samples with specific concentrations of dissolved organic matter (DOM), colloids, and particles. Th was prepared by extraction from uranyl nitrate using a procedure based on
Uncertainties in the results due to ultrafiltration and counting errors are 3% for the particulate fraction and 6% for the dissolved and colloidal fractions. Materials Coastal seawater from Dalhousie University's Aquatron system was photo-oxidized and ultrafiltered (nominal molecular weight cut-off of 1, 000) to prepare batch seawater free of organic material and particles (both colloids and > 0.2 pm). This seawater was used as a control and to prepare samples with specific concentrations of dissolved organic matter (DOM), colloids, and particles. Th was prepared by extraction from uranyl nitrate using a procedure based on
ABSTRACT
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