Water-Soluble Osmium Complexes Suitable for use in Luminescence-Based, Hydrogel-Supported Sensors von Wagner, Amy M., Strohecker, Sarah A., Costello, Elizabeth K., Rood, Jeffrey A., Kneas, Kristi A.

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Oxygen Sensors Based on Luminescence Quenching of Metal Complexes:  Osmium Complexes Suitable for Laser Diode Excitation von Xu, Wenying, Kneas, Kristi A., Demas, J. N., DeGraff, B. A.

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Method for Measuring Oxygen Diffusion Coefficients of Polymer Films by Luminescence Quenching von Kneas, Kristi A, Demas, J. N, Nguyen, Bryant, Lockhart, Aaron, Xu, Wenying, DeGraff, B. A

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Greening Up Auto Part Manufacturing: A Collaboration between Academia and Industry von Kneas, Kristi A, Armstrong, Drew L, Brank, Alice R, Johnson, Amanda L, Kissinger, Chelsea A, Mabe, Adam R, Sezer, Özge, Fontinell, Mike

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Relative Humidity Sensors Based on an Environment-Sensitive Fluorophore in Hydrogel Films von Tellis, John C, Strulson, Christopher A, Myers, Matthew M, Kneas, Kristi A

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Relative Humidity Sensors Based on an Environment-Sensitive Fluorophore in Hydrogel Environment-Sensitive Fluorophore in Hydrogel Films von Tellis, John C, Strulson, Christopher A, Myers, Matthew M, Kneas, Kristi A

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Correction: Dramatic Demonstration of Oxygen Sensing by Luminescence Quenching von Kneas, Kristi A, Xu, Wenying, Demas, James N, DeGraff, Benjamin A

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Dramatic Demonstration of Oxygen Sensing by Luminescence Quenching von Kneas, Kristi A, Xu, Wenying, Demas, J. N, DeGraff, B. A

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Conventional, confocal and two‐photon fluorescence microscopy investigations of polymer‐supported oxygen sensors von Bowman, R. D., Kneas, K. A., Demas, J. N., Periasamy, A.

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Defining and Framing Signature Work on Your Campus von Egan, Mike, Kneas, Kristi, Reder, Michael

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Processes of Curricular Change and Strategies for Organizing Signature Work von Hayden-Roy, Patrick, Elgren, Tim, Kneas, Kristi, Malsky, Matt, Reder, Michael

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