A lot of the basics of electrospinning have been figured out and it is relatively easy to use a desktop apparatus to spin mats of a particular material or even functionally graded materials, so a lot the recent emphasis on electrospinning has been devoted to scaling up these systems for mass production.
Read More3D technology builds better body parts from uabnews on Vimeo. We’ve covered electrospinning extensively in The Bulletin, which of course isn’t limited to ceramic materials. A lot of the basics…
Read MoreLow-magnification SEM image of the hierarchical nanostructure consisting of radially aligned ZnO nanowires grown on electrospun poly-l-lactide nanofibers. Inset: schematic representation of the hierarchical nanostructure. Credit: JACerS. In a story…
Read MoreAccording to a press release, MemPro was recently awarded another Small Business Technology Transfer grant from the National Science Foundation for $147,000 — bringing the total the company has received…
Read More
Some fuel cell makers are using platinum nanowires (as a low-cost fuel cell catalyst) made via electrospinning. This video stitches together an animation and several demonstrations of electrospinning tiny and nanoscale fibers.
Read More
In light of the previous post on the creation of platinum nanowires (as a low-cost fuel cell catalyst) via electrospinning, we stitched together an animation and several demonstrations of electrospinning…
Read MoreOne of the big divides the world of proton exchange fuel cell research is between those who are looking for an alternative to platinum (such as the University of Dayton’s…
Read More- « Previous
- 1
- 2