Via a press release from University of Missouri, we learn that researchers are developing a nuclear battery that is smaller, lighter and more efficient. It is the size and thickness…
Read MoreA team at NIST’s Center for Neutron Research, led by Hiroaki Kadowaki of Tokyo Metropolitan University, has found a way to produce molecule-sized monopoles, a feat that would allow the…
Read MoreThe current issue of the International Journal of Applied Ceramic Technology reports on a Northwestern University group’s work related to using improved gelcasting techniques that allow new possibilities for manufacturing…
Read MoreLos Alamos National Lab has been working to develop high-volume production processes for making a thin, flexible tape that operates as a superconductor at liquid hydrogen nitrogen temperatures and can…
Read MoreTechnology Review reported that researchers at Georgia Tech have developed an anode material that resists the buildup of sulfur and carbon that can occur at lower temperatures. SOFCs require high…
Read MoreIpsen Ceramics is totally focused on customer service Over 50 years has made Ipsen Ceramics an expert in the field of high temperature refractories and production of kiln furniture. Ipsen…
Read MoreWhoa, not sure whether this is because of new reporting expectations, because of the revamp of the recovery.com website, or just an huge leap in available funding at the DOE,…
Read MoreThis cartoon is found on the cover of the book “SolarGas” by David Hoye, published back in 1979.
Read MoreA Phoenix company said it has created a hybrid solar cell that pairs a gallium-nitride thin film with typical silicon-based PV technology to produce a single unit it claims can…
Read MoreWe first wrote about the aerogel work of David Schiraldi’s group at CWRU back in June. Now the school and university have produced a great little video about basic steps…
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