The NIST REFPROP software program is a powerful tool for calculating thermophysical
properties of industrially important fluids, and this manuscript describes the models …

The explicit formulations of the Gibbs free energy subject to the concerned species are
useful to determine the conditions for minimizing the total Gibbs free energy of a system with …

Knowing material behavior is crucial for successful design, especially given the growing
number of next-generation energy, defense, and manufacturing systems operating in …

To improve the prediction accuracy of skin friction coefficient C f related shaft-type windage
loss in generators of turbine-alternator-compressor (TAC) units, an original model is …

To investigate the effects of surface roughness on windage loss and flow characteristics in a
shaft-type gap, the skin friction coefficient (C f) and flow versus Reynolds number (Re) at …

This is the report of a hybrid working group meeting held on April 25, 2023, at the National
Institute of Standards and Technology (NIST) in Boulder, CO. The working group was …

Scaling-up synthesis of metal–organic framework (MOF) materials is critical for their practical
applications. Due to its unique properties, supercritical carbon dioxide (scCO 2) is an …

A closed-form multi-parameter fluid equation of state (EoS) is proposed and tested with
empirical pressure isotherms of water and hydrogen. The EoS is non-algebraic but …

Sustainable energy technologies often use fluids with complex properties. As an example,
sulfur is a promising fluid for use in thermal energy storage (TES) systems, with highly …

The kinetics and equilibrium conditions of carbon dioxide hydrate formation in 'dry water”
disperse system were studied using different types of hydrophobic silicon dioxide …