A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the development of a closed-cycle microcooler, with a cooling power in the milliwatt range. In this article first the requirements for microcooling of LT electronics are considered. A review is presented of micromech. technologies and their possible application in a microcooler. Conventional cooling cycles are briefly reviewed on their suitability for miniaturization, and as an illustration, some first ideas on a miniature regenerative and a miniature recuperative cooling cycle are presented. [on SciFinder (R)
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
For many electronic devices, colder is better. At lower temperatures, electronic devices such as inf...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
Cryocoolers are refrigerators capable of reaching temperatures below roughly 120 kelvin. Such cooler...
Cryocoolers are refrigerators capable of reaching temperatures below roughly 120 kelvin. Such cooler...
Cooling of electronic circuitry to very low temperatures can improve the signal-to-noise ratio and b...
The development of a microcooler for operations below 80 K, for low temperature electronic devices r...
The development of Joule-Thomson microcoolers has been an on-going and successful research project a...
At the University of Twente, research is continued on micro cooling in which cooler components are m...
Semiconductor-based devices in various fields such as night vision, space exploration, medical inspe...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
For many electronic devices, colder is better. At lower temperatures, electronic devices such as inf...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
A review with 20 refs. Small scale low temp. electronic applications would largely benefit from the ...
Cryocoolers are refrigerators capable of reaching temperatures below roughly 120 kelvin. Such cooler...
Cryocoolers are refrigerators capable of reaching temperatures below roughly 120 kelvin. Such cooler...
Cooling of electronic circuitry to very low temperatures can improve the signal-to-noise ratio and b...
The development of a microcooler for operations below 80 K, for low temperature electronic devices r...
The development of Joule-Thomson microcoolers has been an on-going and successful research project a...
At the University of Twente, research is continued on micro cooling in which cooler components are m...
Semiconductor-based devices in various fields such as night vision, space exploration, medical inspe...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
A microminiature sorption cooler is under development for cooling of small low-temp. electronic devi...
For many electronic devices, colder is better. At lower temperatures, electronic devices such as inf...