site
  • About
    • What we do
    • Governance
    • Organization
    • Project Documents
    • Collaborating with XSEDE
  • For Users
    • Getting Started
    • Training
    • XSEDE User Portal
    • ECSS
    • Acknowledgement
    • Code of Conduct
  • Community Engagement
    • Diversity and Inclusion
    • Student Engagement
    • Curriculum and Educator Programs
    • Campus Champions
    • XRAC Recruiting
  • Ecosystem
    • Resources
    • Service Providers
    • Developer Resources
    • Services
    • Software
    • Science Gateways
    • CI Integration
    • XSEDE Operations
  • User Portal
  • News
    • User News
    • Science Stories
    • Newsletters
    • For Media
  • Everything
  • Web Content (1)
  • Any Tag
  • airborne particles (1)
  • cdc guidelines (1)
  • covid-19 (1)
  • environmental engineering (1)
  • high performance computing (1)
  • sars-cov-2 (1)
  • simulations (1)
  • successes (1)
  • supermarkets (1)
  • Any Time
  • Past Hour (0)
  • Past 24 Hours (0)
  • Past Week (0)
  • Past Month (0)
  • Past Year (0)
  • Custom Range…
 
Web Content Stickiness of COVID Particles Reduces Airborne Concentration in Supermarkets
With XSEDE allocations, Comet supercomputer simulates how pathogens travel, land in the grocery store space
successes simulations covid-19 sars-cov-2 high performance computing environmental engineering airborne particles cdc guidelines supermarkets
Showing 1 - 1.

© 2021 XSEDE All Rights Reserved
The Extreme Science and Engineering Discovery Environment (XSEDE)
is supported by the National Science Foundation

/ /
Terminology Statement

Contact Consulting Ticket Site Map