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Gary R. Hardin (Fed)

Chemical Engineer

Gary's areas of specialization coming to NIST were fluid-dynamical stability theory, and numerical modeling of fluid flow with combined heat- and mass-transfer. As his collaborators left NIST, and due to time commitments to outside interests, instead of pursuing these areas on his own, Gary found application for his skills as a programmer, and his willingness to take on projects requiring entirely new areas of expertise, transitioning to primarily a support role. He builds packages for software installation, does web programming (design and implementation), supports the ongoing series of Symposia on Thermophysical Properties hosted by NIST (every 3 years), and assists the TRC Group with software for generation and maintenance of the online ThermoML archive of thermophysical property data. He is also the Division IT Security Officer.

Gary is also an ordained Zen Monk/Priest, has been the main person running the Boulder Zen Center for 20 years, and is the practice leader. He owns a small inn (bed and breakfast) in Boulder Colorado that supports the zen center. He continues to participate in 7-day retreats at the zen monastery in Crestone, Colorado.

Google Scholar Citation Page


A Roadmap for LIMS at NIST Material Measurement Laboratory

Gretchen Greene, Jared Ragland, Zachary Trautt, June W. Lau, Raymond Plante, Joshua Taillon, Adam Abel Creuziger, Chandler A. Becker, Joe Bennett, Niksa Blonder, Lisa Borsuk, Carelyn E. Campbell, Adam Friss, Lucas Hale, Michael Halter, Robert Hanisch, Gary R. Hardin, Lyle E. Levine, Samantha Maragh, Sierra Miller, Chris Muzny, Marcus William Newrock, John Perkins, Anne L. Plant, Bruce D. Ravel, David J. Ross, John Henry J. Scott, Christopher Szakal, Alessandro Tona, Peter Vallone
Instrumentation generates data faster and in higher quantity than ever before, and interlaboratory research is in historic demand domestically and

New Global Communication Process in Thermodynamics: Impact on Quality of Published Experimental Data

Michael D. Frenkel, Robert D. Chirico, Vladimir Diky, Chris D. Muzny, Qian Dong, K N. Marsh, John H. Dymond, William A. Wakeham, Stephen E. Stein, Erich Koenigsberger, Anthony R. Goodwin, Joe W. Magee, Michiel Thijssen, William M. Haynes, Suphat Watanasiri, Marco Satyro, Martin Schmidt, Andrew I. Johns, Gary R. Hardin
Thermodynamic data often represent a key resource in the search for new relationships between properties of chemical systems that constitutes the basis of the
Created October 9, 2019, Updated December 8, 2022