Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/sciencelive/np/RAVYLr3XxO_IiO5vEbeIX5mwmmjDrqLDDl7XIb6z0G8hI/assertion>. }
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- The%20activation%20energies%20for%20the%20ketene-forming%20pathway%20increase%20for%20mPA%20with%20temperature%20from%200%20K%20to%20298.15%20K%20while%20they%20decrease%20for%20PA%20and%20dmPA. type AIDA-Sentence assertion.
- The%20activation%20energies%20for%20the%20ketene-forming%20pathway%20increase%20for%20mPA%20with%20temperature%20from%200%20K%20to%20298.15%20K%20while%20they%20decrease%20for%20PA%20and%20dmPA. obtainsSupportFrom acs.jpca.1c10770 assertion.
- The%20activation%20energies%20for%20the%20ketene-forming%20pathway%20increase%20for%20mPA%20with%20temperature%20from%200%20K%20to%20298.15%20K%20while%20they%20decrease%20for%20PA%20and%20dmPA. obtainsSupportFrom NQKRKJ assertion.