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UNS:Novel probes to quantify the relative importance of ion and particle uptake when assessing nanoparticle bioavailability [项目]
Jamie Lead
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Collaborative Research: Highly reactive thiol binding sites on bacterial cell envelopes and their influence on metal speciation in aquatic systems [项目]
Jeremy Fein
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Collaborative Research: Highly reactive thiol binding sites on bacterial cell envelopes and their influence on metal speciation in aquatic systems [项目]
Satish Myneni
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Collaborative Research: Highly reactive thiol binding sites on bacterial cell envelopes and their influence on metal speciation in aquatic systems [项目]
Bhoopesh Mishra
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Atmospheric deposition of nitrogen and sulfur and preferential canopy consumption of nitrate in forests of the Pacific Northwest, USA [期刊论文]
Forest Ecology and Management, 2013-01-01, 302
Fenn M.E.;  Ross C.S.;  Schilling S.L.;  Baccus W.D.;  Larrabee M.A.;  Lofgren R.A.
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Collaborative Research: Characterization of Environmental Transformation, Exposure from Sediment, and Toxicity (E-TEST) for ZnO Nanomaterials in Natural Systems [项目]
Helen Poynton
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Collaborative Research: Characterization of Environmental Transformation, Exposure from Sediment, and Toxicity (E-TEST) for ZnO Nanomaterials in Natural Systems [项目]
Jason Unrine
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