After graduating with her Ph.D. from the
Colorado School of Mines Huber began working at the
NIST as a
National Research Council (NRC) postdoctoral research fellow working with
James Ely. Her post-doc focused on developing extended corresponding states models for the properties of fluids, especially heavy hydrocarbons. This work was expanded and incorporated into several early computer databases for thermophysical properties, including what is now NIST Database 23, more commonly called REFPROP. Huber is currently a chemical engineer at the
National Institute of Standards and Technology, and is active in organizing the International Symposium on Thermophysical Properties, held triennially in Boulder, Colorado, US.
Modeling the thermophysical properties of fluids Huber is interested in many aspects of developing models for the thermophysical properties of fluids. She often is involved with international collaborations to develop reference fluid correlations for the viscosity and thermal conductivity of many industrially important pure fluids such as carbon dioxide and water. Most recently she has focused on proposed low-GWP replacement refrigerants such as R1234yf and R1233zd(E). She also is interested in developing surrogate mixture models for the thermodynamic and transport properties of complex fuel mixtures, including aviation and transport fuels. Recent work has focused on low-sulfur diesel fuels, past research included biofuels, rocket propellants, and aviation fuels. Other interests include the solid-liquid boundary of fluids, fire-suppressant mixtures, surface tension, and development of mixture models for thermophysical properties. She also is part of the team that continuously works on developing and improving the
REFPROP program. == Awards and honors ==