East Hartford, Connecticut, United States Contact Info
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  • Sherwin-Williams

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Licenses & Certifications

Volunteer Experience

  • SAE International Graphic

    Committee Member

    SAE International

    - 3 years 8 months

    Science and Technology

    AMS G8 Aerospace Organic Coatings Committee covers application, corrosion, environmental compliance, material compatibility, OSHA requirements, performance requirements, specifications, surface preparation, and test methods associated with the use of aerospace organic coatings. The three primary areas of activity are writing and maintaining specifications, cooperative testing, information sharing and networking. [I left this committee when I switched industries upon joining Sherwin-Williams.]

Publications

  • Building Selectivity for NO Sensing in a NOx Mixture with Sonochemically Prepared CuO Structures

    Chemosensors

    This study focuses on the selective detection of NO in a mixture of NO and NO2. NO and NO2 mixtures are commonly found as byproducts in a combustion environment, such as an automobile engine. Accurate detection of these gases using electrochemical methods is difficult because they tend to equilibrate on solid surfaces at sensing temperatures. In addition, NO is an electron donating gas and NO2 is an electron accepting gas on most surfaces, resulting in destructive signals in a mixture. In…

    This study focuses on the selective detection of NO in a mixture of NO and NO2. NO and NO2 mixtures are commonly found as byproducts in a combustion environment, such as an automobile engine. Accurate detection of these gases using electrochemical methods is difficult because they tend to equilibrate on solid surfaces at sensing temperatures. In addition, NO is an electron donating gas and NO2 is an electron accepting gas on most surfaces, resulting in destructive signals in a mixture. In this study NO is detected against NO2 in a mixture of the two that are at levels and mixtures considered normal exiting common diesel combustion environments.

    Other authors
    See publication

  • Development of nanosized lanthanum strontium aluminum manganite for potentiometric oxygen sensor

    Sensors and Actuators B

    Characterization of physical, electrical, and chemical properties of nanocrystalline manganese doped LSA made by microwave synthesis. The material is proposed as an electrode material for oxygen sensors and its ability is demonstrated.

    Other authors

  • Novel strategies for development of gas sensors for combustion and medical applications

    Proc. of SPIE

    Review of sensing materials, capabilities, and methodologies developed in the laboratory belonging to Prabir Dutta at Ohio State University. Covered are NOx sensors for medical and automotive applications and ammonia sensors for automotive applications.

    Other authors

  • Interaction of Ammonia with Intrazeolitic Silver ions: Development of an Ammonia Sensor

    Sensors and Actuators B

    Development of a new silver zeolite based NOx sensor using impedance measurements. The sensing mechanism is based on hopping of silver species through the zeolite framework. The hopping rate is selectively altered in the presence of ammonia, which complexes with silver species and reduces the activation energy required for cation motion.

    Other authors
    • Yangong Zheng
    • Prabir Dutta
    • Jing Wang
    See publication

  • Improved functionality and control in the isomerization of a calix[4]arene-capped azobenzene

    Tetrahedron Letters

    Photochemical characterization of a potential drug delivery host molecule that has UV-vis tuneable binding affinity for guest molecules based on the presence of light.

    Other authors
    • Paul A. Bonvallet
    • Paul J. Evans
    • Kristen L. Stoltz
    • Erica N. Story
    See publication

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