diff --git a/img/fab-spinner-concept.PNG b/img/fab-spinner-concept.PNG new file mode 100644 index 0000000000000000000000000000000000000000..cddb75e02b3833ea324140dd36aab7af49770aa1 Binary files /dev/null and b/img/fab-spinner-concept.PNG differ diff --git a/img/raw-img.pptx b/img/raw-img.pptx index 556ee81b82cba87796cea3e22f46b0cda164d5db..fa42528cbceb5a47503584e0c13bfa1dc78347a5 100644 Binary files a/img/raw-img.pptx and b/img/raw-img.pptx differ diff --git a/index.html b/index.html index a78652104027da35807bba67fd46f13231c888cc..4314f29e506ab9671f6adc29002443f9c585c737 100644 --- a/index.html +++ b/index.html @@ -78,7 +78,7 @@ <h2 class="text-sm-center">Problem</h2> - + <p class="lead text-justify"> shortage of respiratory filter Media @@ -87,7 +87,7 @@ <hr> <h2 class="text-sm-center">Proposed Solution:<br> - <small class="text-muted">90 countries = 2000x Fab + <small class="text-muted">90 countries = 2000x Fab Labs = 2000x Fab Spinning Machines</small> </h2> @@ -107,10 +107,15 @@ - control reproducible fiber diameter - porosity We hypothesize that by combining the advantages of cotton-candy inspired rotary jet spinning (RJS) - <a href="papers/2010 - Parker - Nanofiber Assembly by Rotary Jet Spinning.pdf" class="text-primary" class="nav-link">(Parker et al. 2010)</a> + <a href="papers/2010 - Parker - Nanofiber Assembly by Rotary Jet Spinning.pdf" class="text-primary" + class="nav-link">(Parker et al. 2010)</a> and needless electrospinning <a - href="papers/2010 - Lu - Superhigh-throughput needless electrospinning.pdf" class="text-primary" class="nav-link">(Lu et al. 2010)</a> + href="papers/2010 - Lu - Superhigh-throughput needless electrospinning.pdf" class="text-primary" + class="nav-link">(Lu et al. 2010)</a> </p> + <br> + <img src="img/fab-spinner-concept.PNG" class="rounded mx-auto d-block" width="90%"> + <br> <h2 class="text-sm-center">Fab Spinner Concept</h2> @@ -127,7 +132,7 @@ <h2> <small class="text-muted">CAD:</small></h2> <p style="text-align:center;"><img src="img/fab-spinner.gif" alt="Logo" width="80%"><img - src="img/comsol-U-Re-sweep.gif" alt="Logo" width="50%"></p> + src="img/comsol-U-Re-sweep.gif" alt="Logo" width="50%"></p> <hr> <h3>A. Filters: Design Specs</h3> @@ -270,53 +275,6 @@ </p> <hr> - <h2>D. FAB-ES Machine Collection</h2> - <p class="lead text-justify"> - Designs with increasing complexity/capabilities - </p> - <br> - <h2 class="text-sm-center" id="fabes1">FAB-ES Machine #1</h2> - <h4 class="text-sm-center" id="fabes1">The simplest ES machine made using mostly off-the-shelf parts - found in a hospital</h4> - - <p class="lead text-justify"> - <b><u>Parts:</u></b> - <br> - <li>Syringe Pump</li> - <li>Syringes</li> - <li>Needle Tips</li> - <li>Foam</li> - <li>Aluminum Foil</li> - <li>Lab Jack</li> - <li>High Voltage DC Power Supply</li> - <li>Cables</li> - <li>Aligator Clips</li> - <li>Electrical Tape</li> - </p> - - <p class="lead text-justify"> - <b><u>Tools:</u></b> - <br> - </p> - - - <br> - <img src="img/img-es-meshes.PNG" class="rounded mx-auto d-block" width="80%"> - <br> - <hr> - - <h2 class="text-sm-center" id="fabes2">FAB-ES Machine #2</h2> - <h4 class="text-sm-center" id="fabes2">The simplest fabricatable ES machine design</h4> - - <hr> - - <h2 class="text-sm-center" id="fabes3">FAB-ES Machine #3</h2> - <h4 class="text-sm-center" id="fabes3">Roll-to-Roll Multinozzle Solution Electrospinning</h4> - - <hr> - - <h2 class="text-sm-center" id="fabes4">FAB-ES Machine #4</h2> - <h4 class="text-sm-center" id="fabes4">Roll-to-Roll Blowing Electrospinning</h4> </div> </div>