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City Gothenburg / West Conshohocken / Gaithersburg / Wiley / / Company Concrete Reference Laboratory / Structural Materials Research Laboratory / Polydispersed Particle Systems / / Country Sweden / / Facility National Institute of Standards and Technology / Chalmers University of Technology / University of Sherbrooke / / IndustryTerm cement particle surfaces / water-to-cement distances / finer cement / Model cement particles / cement-based materials / cement particle size distribution / computational tool / cement particle surface / analytical solutions / to-cement distance function / cement pastes / nearest cement particle surface / larger local water-to-cement distances / coarser cement / water-to-cement distance / pore solution / cement particle / cement / water-to-cement distance functions / cement particles / proficiency sample cement / chemicals / cement hydrates / water-to-cement distance characteristics / water-to-cement distance function / cement paste / / Organization National Institute of Standards and Technology / U.S. Department of Commerce / American Ceramic Society / University of Sherbrooke / ACI Committees / V / Chalmers University of Technology / ACI / ASTM International C01.25 Subcommittee on Fineness / Canadian Academy of Engineering / / Person Dale P. Bentz / Pierre-Claude Aïtcin / / / Position Chemical Engineer / Professor Emeritus / member / / ProvinceOrState Pennsylvania / Maryland / New York / / Technology laser / http / simulation / / URL http / SocialTag 
The Hidden Meaning of WaterCement Ratio Distance between cement particles is fundamental By Dale P. Bentz and Pierre-Claude Aïtcin C