thermal energy
Barium cobalt oxide layered film retained its stability in terms of structural integrity at high temperatures
| 2 min read
The entropy of most material systems decreases with an increase in pressure
| 3 min read
Researchers are focusing on effective ways to store and transmit thermal energy
| 2 min read
Porous media sintered inside heat transfer tubes reduces the thermal resistance, increases the area for heat exchange
| 2 min read
Engine converts the random jiggling of a microscopic particle into stored energy and could lead to significant advances in the speed and cost of computers, other tech
| 2 min read
Depth thermography goes beyond the surface and works with a certain class of materials that are partially transparent to infrared radiation
| 2 min read
"This is a new version of a printing method we have developed and used in the past. We used it to create a thermomechanical metamaterial that may enable applications not possible before."
| 3 min read
The bottom line could be a potentially new class of high thermal conductivity materials useful for heat dissipation from power electronics, LEDs, and other applications
| 4 min read
The history of ORNL's expertise in IR cameras, and what it means for the future
| 3 min read
System efficiently stores solar energy as heat for later use as electricity on the electrical grid
| 2 min read
