Difference between revisions of "Team:Cambridge-JIC/Notebook"
KaterinaMN (Talk | contribs) |
Maoenglish (Talk | contribs) |
||
| Line 81: | Line 81: | ||
graph.commit('design', '', $('<div style="margin-top:-40px"><h4>Hardware Design</h4>Printing our third attempt on the microscope stage currently. Already managed to adapt the z-axial movement with a screw for precise focusing. In the meantime, playing around with our Shapeoko.</div>')); | graph.commit('design', '', $('<div style="margin-top:-40px"><h4>Hardware Design</h4>Printing our third attempt on the microscope stage currently. Already managed to adapt the z-axial movement with a screw for precise focusing. In the meantime, playing around with our Shapeoko.</div>')); | ||
graph.commit('design', '7 August 2015', $('<div><h4>Hardware Design</h4>Microscope stage fully set up, with manual moving of the sample and focusing, but quite impressive precision, focusing and stability. Unfortunately cannot show any of our designs yet due to intellectual property and licensing issues. By the way, more on this topic coming soon on our Human Practices page.</div>')); | graph.commit('design', '7 August 2015', $('<div><h4>Hardware Design</h4>Microscope stage fully set up, with manual moving of the sample and focusing, but quite impressive precision, focusing and stability. Unfortunately cannot show any of our designs yet due to intellectual property and licensing issues. By the way, more on this topic coming soon on our Human Practices page.</div>')); | ||
| + | |||
| + | graph.commit('design', '10 August 2015', $('<div><h4>Hardware Design</h4>Tested maximum movement of our 3D printed stage. Details to be released shortly. We also analysed the bending of the z-axis support under different loads. The Shapeoko z-axis limit-switch needed tinkering with, as it was too wobbly. This was solved with a couple of rubber bands. Classy.</div>')); | ||
| + | graph.commit('design', '11 August 2015', $('<div><h4>Hardware Design</h4>Overnight we ran a time-lapse using our microscope, taking images of a micrometer scale every 5 minutes. We then used a video tracking software called <a href="https://physlets.org/tracker" class="blue">Physlets Tracker</a> which enabled us to analyse the long-term drift of our microscope stage.</div>')); | ||
if($(window).width() <= 700) { | if($(window).width() <= 700) { | ||
Revision as of 09:36, 13 August 2015
