A Thermodynamically Based Method to Quantify True Sorption HysteresisSander, Michael; Lu, Yuefeng; Pignatello, Joseph J. · Journal of Environment Quality · 2005

Surface and adsorptive properties of wood char particles in soilJoseph J. Pignatello; Dongqiang Zhu; Michael Sander; Seokjoon Kwon; Washington Braida · 2006

Sorption irreversibility of 1,4-dichlorobenzene in two natural organic matter–rich geosorbentsMichael Sander; Joseph J. Pignatello · 2009

Conditioning-Annealing Studies of Natural Organic Matter Solids Linking Irreversible Sorption to Irreversible Structural ExpansionSander, Michael; Lu, Yuefeng; Pignatello, Joseph J. · Environmental Science & Technology · 2006

An Isotope Exchange Technique to Assess Mechanisms of Sorption Hysteresis Applied to Naphthalene in Kerogenous Organic MatterSander, Michael; Pignatello, Joseph J. · Environmental Science & Technology · 2005

Characterization of Charcoal Adsorption Sites for Aromatic Compounds:  Insights Drawn from Single-Solute and Bi-Solute Competitive ExperimentsSander, Michael; Pignatello, Joseph J. · Environmental Science & Technology · 2005

Incineration Regulations Set To TightenROSE, JULIAN · Environmental Science & Technology · 1994

More Roundabouts and Reduced Vehicle Emissions?Mortyn, P. Graham · Environmental Science & Technology · 2012

Improving solubilityMamede, Nuno J.; Trancoso, Isabel; Baptista, Jorge; Graças Volpe Nunes, Maria · Environmental Science & Technology · 1995

Pollutant effects on stone monumentsGauri, K. Lal.; Holdren, G. C. · Environmental Science & Technology · 1981

Physical aspects of electrofiltrationMoulik, Satya P. · Environmental Science & Technology · 1971

Remanufacturing and Energy SavingsGutowski, Timothy G.; Sahni, Sahil; Boustani, Avid; Graves, Stephen C. · Environmental Science & Technology · 2011

The Future of Higher EducationSchnoor, Jerald L. · Environmental Science & Technology · 2012

Trace metal catalysis in aquatic environmentsHoffmann, Michael R. · Environmental Science & Technology · 1980