Team:Cornell/testing/notebook/drylab/3

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Progress Log
Details
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Week 3

  • Sunday

    It has been said that astronomy is a humbling and character-building experience. There is perhaps no better demonstration of the folly of human conceits than this distant image of our tiny world. To me, it underscores our responsibility to deal more kindly with one another, and to preserve and cherish the pale blue dot, the only home we've ever known. Details
    Entry:
    ALLTHEDETAILS

    Monday

    BRIEFINGS Details
    Entry:
    ALLTHEDETAILS

    Tuesday

    BRIEFINGS Details
    Entry:
    ALLTHEDETAILS

    Wednesday

    BRIEFINGS Details
    Entry:
    ALLTHEDETAILS

    Thursday

    BRIEFINGS Details
    Entry:
    ALLTHEDETAILS

    Friday

    BRIEFINGS Details
    Entry:
    ALLTHEDETAILS

    Saturday, June 23, 2012

    Focus: Water Pump

    Honey, I shrunk the pump! Team is baffled by the micropump. Details
    Entry:
    We scrapped the marine bilge pump because we found micropumps! They are so small and light that theoretically (and don’t quote me on this) you could swallow it and find it intact 3-5 days later in the bathroom. Most importantly, they fit the flow rate requirement and are low power. Chie calculated that the system with the micropump can run for a month exclusively off of the battery. Of course, this was very exciting news for the team! Afterward, we performed analysis on the battery dimensions--specifically weight and volume. We needed the numbers to fit the constraints of preliminary chassis designs.

    On a last note, here is a brief recapitulation. The general layout of operations has been established: a micropump will provide continuous fluid flow through the bioreactor; a compression device will introduce the liquid-based food source into the flow upstream of the bioreactor. Ultimately, the objective is to make a steady state biosensor that can run autonomously for 6 months.

    #micropump #battery #recap
  • Sunday

    ALLTHEDETAILS

    Monday

    ALLTHEDETAILS

    Tuesday

    ALLTHEDETAILS

    Wednesday

    ALLTHEDETAILS

    Thursday

    ALLTHEDETAILS

    Friday

    ALLTHEDETAILS

    Saturday, June 23, 2012

    We scrapped the marine bilge pump because we found micropumps! They are so small and light that theoretically (and don’t quote me on this) you could swallow it and find it intact 3-5 days later in the bathroom. Most importantly, they fit the flow rate requirement and are low power. Chie calculated that the system with the micropump can run for a month exclusively off of the battery. Of course, this was very exciting news for the team! Afterward, we performed analysis on the battery dimensions--specifically weight and volume. We needed the numbers to fit the constraints of preliminary chassis designs.

    On a last note, here is a brief recapitulation. The general layout of operations has been established: a micropump will provide continuous fluid flow through the bioreactor; a compression device will introduce the liquid-based food source into the flow upstream of the bioreactor. Ultimately, the objective is to make a steady state biosensor that can run autonomously for 6 months.

    #micropump #battery #recap
  • Sunday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Monday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Tuesday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Wednesday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Thursday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Friday

    BRIEFINGS
    Entry:
    ALLTHEDETAILS

    Saturday, June 23, 2012

    Focus: Water Pump

    Honey, I shrunk the pump! Team is baffled by the micropump.
    Entry:
    We scrapped the marine bilge pump because we found micropumps! They are so small and light that theoretically (and don’t quote me on this) you could swallow it and find it intact 3-5 days later in the bathroom. Most importantly, they fit the flow rate requirement and are low power. Chie calculated that the system with the micropump can run for a month exclusively off of the battery. Of course, this was very exciting news for the team! Afterward, we performed analysis on the battery dimensions--specifically weight and volume. We needed the numbers to fit the constraints of preliminary chassis designs.

    On a last note, here is a brief recapitulation. The general layout of operations has been established: a micropump will provide continuous fluid flow through the bioreactor; a compression device will introduce the liquid-based food source into the flow upstream of the bioreactor. Ultimately, the objective is to make a steady state biosensor that can run autonomously for 6 months.

    #micropump #battery #recap