Heat transfer and flow friction design characteristics are presented for some "second-generation" glass-ceramic heat exchanger surfaces. These surfaces are of interest in their application as the ...
Scientists have developed a ceramic pump that can operate at 1,400 ËšC, several hundred degrees hotter than existing heat transfer systems, opening up significant new possibilities for energy storage.
LEDs suffer heat problems, which understandably can limit their success as a light source. Much attention is given to the heat sink, but less to the layers and barriers between LEDs and the heat ...
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