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  1. ACS Rubber Division 2024 Science & Technology Award Winners

    https://biomerg.osu.edu/news/acs-rubber-division-2024-science-technology-award-winners

    & Technology Award Winners. Professor Katrina Cornish, a long-time collaborator of the Puskas Group ...

  2. Celebration of Nations

    https://biomerg.osu.edu/news/celebration-nations

    Celebration of Nations event on the Wooster Campus. All members of the Puskas Group attended and enjoyed the ...

  3. 3D visualization of entropic elasticity on the molecular level

    https://biomerg.osu.edu/news/3d-visualization-entropic-elasticity-molecular-level

    Our research group have developed a software in MATLAB that calculates possible conformations of ...

  4. Welcome Khadar Duale!

    https://biomerg.osu.edu/news/welcome-khadar-duale

    mass spectrometric techniques. During his time in our group, he will study the degradation of ...

  5. Equipment Up and Running!

    https://biomerg.osu.edu/news/equipment-and-running

    preparation, use microgram samples, and study the polymeric structures of pure systems and multiblock polymers. ...

  6. Kolos Molnar Hard at Work

    https://biomerg.osu.edu/news/kolos-molnar-hard-work

    with the Green Map Project! He is preparing poly (lactic acid) samples for degradation studies by ...

  7. Staffing Map

    https://agnr.osu.edu/about/regional-and-county-staffing-map

    This map shows the location of OSU Extension's Agriculture and Natural Resources Educators across the state. To email an eductor, type their last name, a dot (period) and the number following their name @osu.edu (i.e.: doe.123@osu.edu). Be sure to vi ...

  8. Welcome Joanna!

    https://biomerg.osu.edu/news/welcome-joanna

    agriculture, medicine and particularly in the packaging technologies as well as degradation study of polyesters ...

  9. Investigation of the Structure, Filler Interaction and Degradation of Disulfide Elastomers made by Reversible Radical Recombination Polymerization (R3P)

    https://biomerg.osu.edu/news/investigation-structure-filler-interaction-and-degradation-disulfide-elastomers-made-reversible

    polymers. The absence of thiol end group signals in polymers made with > 10 wt% H 2 O 2  and M n  < ... chloroform showed that polymers made with 20 and 30 w% peroxide swelled 14 and 10 times of their starting ...

  10. Meet Nina Kantor-Malujdy!

    https://biomerg.osu.edu/news/meet-nina-kantor-malujdy

    Nina Kantor-Malujdy, a PhD student studying materials engineering at the West Pomeranian ...

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