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  1. Sep 2019
  2. mp.uu.se mp.uu.se
    The Li–S battery: an investigation of redox shuttle and self-discharge behaviour with LiNO3-containing electrolytes
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    1. chepec 06 Sep 2019
      It should be noted here that the substitution of LiTFSI forLiClO4could be expected to affect the reactions of polysuldesat the negative electrode surface; LiClO4, like LiNO3,isa powerful oxidising agent which may contribute to thepassivation of the negative electrode

      Testing with document hosted on MP.

      chemistry
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    mp.uu.se/documents/1875786/32765273/Matthew+J.+Lacey,+Anurag+Yalamanchili,+Julia+Maibach,+Carl+Tengstedt,+Kristina+Edström+and+Daniel+Brandell,+RSC+Adv.+6+(2016)+3632-3641.pdf/7f946478-7bbf-4e28-9293-b199343049e4
  3. Jul 2019
  4. chepec.se chepec.se
    Credits
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    1. chepec 01 Jul 2019

      You can also leave page notes. These are not anchored to any particular part of the text on the page.

    2. chepec 01 Jul 2019
      use hypothes.is to highlight and annotate

      Like this! This comment is anchored to the highlighted phrase.

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    chepec.se/credits/
  5. Feb 2019
  6. wallabag.chepec.se wallabag.chepec.se
    The Hydrogen Bond – Marc Henry – Inference (inference-review.com) – wallabag
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    1. chepec 13 Feb 2019
      Coherent water has a low ionization threshold, and is thus able to generate a tension close to –100mV when associated with incoherent water. Membrane potentials could then arise from water and not necessarily from ions.

      Ok, this is a seriously cool idea. But is this just that, an idea, or is there yet experimental proof?

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    wallabag.chepec.se/view/266