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Molecular Modeling for Nuclear Waste Manag ...

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General

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Select section Generally useful literature

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Generally useful literature

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Select section Lecture 1 - General Intro - 2026-02-10

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Lecture 1 - General Intro - 2026-02-10
- Select activity Clays_in_geological_disposal_systems
  
  Clays_in_geological_disposal_systems File
- Select activity Report on alternative technologies for nuclear waste disposal (FR)
  
  Report on alternative technologies for nuclear waste disposal (FR) File
Select section Lecture 2 - Intro Stat Mech - 2026------

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Lecture 2 - Intro Stat Mech - 2026------

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Select section Lecture 3 - Simulations of water and aqueous systems 2026-----

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Lecture 3 - Simulations of water and aqueous systems 2026-----

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Select section Lecture 4 - Simulations of inorganic materials and interfaces 2026------

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Lecture 4 - Simulations of inorganic materials and interfaces 2026------

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Select section Lecture 5 - Anatomy of a research paper 2026------

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Lecture 5 - Anatomy of a research paper 2026------

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Select section Lecture 6 - Natural Organic Matter (NOM) - 2026-----

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Lecture 6 - Natural Organic Matter (NOM) - 2026-----

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Select section Lecture 7 - Simulations of Cement Materials

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Lecture 7 - Simulations of Cement Materials

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Select section Lecture 8 - Advanced simulation techniques

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Lecture 8 - Advanced simulation techniques

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Select section Exercises

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Exercises

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Select section papers to select for the final project

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papers to select for the final project
- Select activity 1 - adsorption of uranium oxide
  
  1 - adsorption of uranium oxide Folder
- Select activity 2 - Cs on clays
  
  2 - Cs on clays Folder
- Select activity 3 - Na on clays
  
  3 - Na on clays Folder
- Select activity 4 - Sr on clays
  
  4 - Sr on clays Folder
- Select activity 5 - other cations in clays
  
  5 - other cations in clays Folder
- Select activity 6 - ion diffusion in clays
  
  6 - ion diffusion in clays Folder
- Select activity 7 - quartz surface
  
  7 - quartz surface Folder
- Select activity 8 - titanium oxide surface
  
  8 - titanium oxide surface Folder
- Select activity 9 - other mineral surfaces
  
  9 - other mineral surfaces Folder
- Select activity 10 - hydrated ions in cement materials
  
  10 - hydrated ions in cement materials Folder
- Select activity 11 - ions interaction with natural organic matter
  
  11 - ions interaction with natural organic matter Folder
- Select activity 12 - organics in clays
  
  12 - organics in clays Folder
- Select activity 13 - metal surfaces and corrosion
  
  13 - metal surfaces and corrosion Folder
- Select activity 14 - Thorium oxide
  
  14 - Thorium oxide Folder
- Select activity 15 - corrosion-II
  
  15 - corrosion-II Folder
- Select activity 16 - graphite-I
  
  16 - graphite-I Folder
- Select activity 17 - graphite-II
  
  17 - graphite-II Folder
- Select activity 18-bio-applications
  
  18-bio-applications Folder
- Select activity 19-graphene-I
  
  19-graphene-I Folder
- Select activity 20-graphene-II
  
  20-graphene-II Folder
- Select activity 21-activated_carbon
  
  21-activated_carbon Folder
- Select activity 22- clay nanotubes
  
  22- clay nanotubes Folder
- Select activity 23- bio applications II
  
  23- bio applications II Folder
- Select activity 24-At-211
  
  24-At-211 Folder
- Select activity 25-cement-simulations-review
  
  25-cement-simulations-review Folder
- Select activity 26-radionuclides_on_hydrated_cement
  
  26-radionuclides_on_hydrated_cement Folder