National Institute of Standards and Technology / NaOH0 complex / /
IndustryTerm
chemical components / chemical reactions / time-dependent structural and chemical evolution / biochemical systems / ionic activity product / cement chemistry / parallel computing / thermodynamic modeling software / chemical thermodynamic database / realistic chemical kinetics / chemical composition / chemical system / chemical admixtures / multicomponent reactive systems / chemical kinetic effects / solubility product / cement paste hydration / Chemical changes / cement minerals / concrete technology / cement pastes / larger-scale systems / chemical degradation processes / reaction networks / biological systems / hydration products / material systems / lattice site / cement binders / coupled reaction networks / porous media / chemical complexity increases / dilute and semi-dilute solutions / conventional cement chemistry notation / communications protocol / cement / cement particle / aqueous solutions / chemical complexity / nucleation energy barriers / chemical / et al lattice site / cement hydration / aqueous solution / cement powder / thermodynamic modeling software packages / i.e. ideal communications / possible hydration products / cement paste / /
Organization
National Institute of Standards and Technology / Materials and Construction Research Division / International Union of Pure and Applied Chemistry / National Aeronautics and Space Administration / National Aeronautics and Space Administration Advanced Supercomputing Division / Mathematical and Computational Sciences Division / /
Position
CaO / representative / /
ProgrammingLanguage
L / K / /
PublishedMedium
Pure and Applied Chemistry / /
Technology
Modeling The algorithms / one processor / thermodynamics / communications protocol / one CPU processor / SIMULATION / /
Microstructure model of cement hydration