«These crystals produced very high thermoelectric powers over a wide temperature range, from the cryogenic level of 50 K (which is around -223 °C) up to room temperature, but still maintained the low electrical resistivity that is needed for
practical cooling applications.»
However, the lack of materials with suitable thermoelectric efficiency for
practical cooling applications at temperatures below 250 K (approximately -23 °C) has driven researchers at Nagoya University to look at the effectiveness of new compounds for truly low - temperature applications.
Not exact matches
McLuhan saw a hot culture
cooling down by the unified field theories of physics that have their
practical application in electromagnetic communications.