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  2. Plan S Archives - Page 2 of 3 - Unlocking Research

    https://unlockingresearch-blog.lib.cam.ac.uk/?tag=plan-s&page=2
    There wasn’t a theme this year per se, but something that did repeatedly arise from where I was standing was the diversity of our perspectives. ... Clarivate – The Plan S footprint: Implications for the scholarly publishing landscape (published 28

  3. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=24/12/2010&to=31/12/2010&channel=driftest&channel2=drift&type=two&scale=auto
    If this equation is right then it means that the variation of going with temperature is -120 ms/day per deg C [-520] , with pressure is -8 ms/day per mbar ... 31 Dec 2010 [11:29]. per degC/day [0]. The values in [ ] are for an uncompensated pendulum.

  4. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=24/12/2010&to=31/12/2010&channel=driftest&channel2=drift&type=xy&scale=auto
    If this equation is right then it means that the variation of going with temperature is -120 ms/day per deg C [-520] , with pressure is -8 ms/day per mbar ... 31 Dec 2010 [11:29]. per degC/day [0]. The values in [ ] are for an uncompensated pendulum.

  5. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=19/04/2011&to=29/04/2011&channel=going&channel2=pressure&type=xy&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=&zoommenu=invisible
    ADJUST: 100ms/day to 31150, thanks again Hilary. I have a far-fetched idea that going is proportional to long-term rate-of-change of temperature at -200ms/day per

  6. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=19/04/2011&to=29/04/2011&channel=going&channel2=temp&type=xy&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=&zoommenu=invisible
    I have a far-fetched idea that going is proportional to long-term rate-of-change of temperature at -200ms/day per degC/day.

  7. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=17/12/2010&to=17/12/2010&channel=amp&channel2=temp&type=xy&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=&zoommenu=invisible
    The blue data points should form a horizontal line - but they are following the -8ms/day per mbar lines exactly as we had before the compensator was installed.

  8. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=17/12/2010&to=17/12/2010&channel=going&channel2=temp&type=xy&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=&zoommenu=invisible
    The blue data points should form a horizontal line - but they are following the -8ms/day per mbar lines exactly as we had before the compensator was installed.

  9. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=17/12/2010&to=19/12/2010&channel=amp&channel2=going&type=two&scale=auto&skip=50
    19 Dec 2010 [09:36]. estimate was calculated as -300ms/day per 1m/s of upward air flow. ... The blue data points should form a horizontal line - but they are following the -8ms/day per mbar lines exactly as we had before the compensator was installed.

  10. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=16/12/2010&to=18/12/2010&channel=amp&channel2=going&type=two&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=50&zoommenu=invisible
    The blue data points should form a horizontal line - but they are following the -8ms/day per mbar lines exactly as we had before the compensator was installed.

  11. The Trinity Clock

    https://clock.trin.cam.ac.uk/main.php?menu_option=data&from=16/12/2010&to=18/12/2010&channel=going&channel2=pressure&type=xy&width=&height=&scale=auto&xmin=0&xmax=24&ymin=&ymax=&skip=&zoommenu=invisible
    The blue data points should form a horizontal line - but they are following the -8ms/day per mbar lines exactly as we had before the compensator was installed.

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