Add to ORKGA microminiature sorption cooler is under development for cooling of small low-temp. electronic devices with a cooling power in the range of 10 mW at 80 K. A thermodn. study shows that a carbon/xenon cooler with thermo-elec. precooling of the gas can be used as a first stage that cools to 165 K with a COP of about 3.5 %. A prototype compressor cell with a length of 5 cm and a diam. of 5 mm is described. In this cell a gas-gap heat switch is applied. [on SciFinder (R)
This paper presents the first cryogenic micromachined cooler that is suitable to cool from ambient t...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...
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...
The development of a microcooler for operations below 80 K, for low temperature electronic devices r...
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...
A sorption cooler uses the Joule–Thomson effect for cooling a gas by expanding it through a flow res...
A microcooler consisting of a small sorption compressor and a micromachined expansion stage was desi...
A sorption cooler uses the Joule–Thomson effect for cooling a gas by expanding it through a flow res...
A microcooler consisting of a small sorption compressor and a micromachined expansion stage was desi...
This paper presents the fabrication of a microcooler consisting of small stainless steel sorption co...
At the University of Twente, research is continued on micro cooling in which cooler components are m...
This paper presents the first cryogenic micromachined cooler that is suitable to cool from ambient t...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...
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...
The development of a microcooler for operations below 80 K, for low temperature electronic devices r...
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...
A sorption cooler uses the Joule–Thomson effect for cooling a gas by expanding it through a flow res...
A microcooler consisting of a small sorption compressor and a micromachined expansion stage was desi...
A sorption cooler uses the Joule–Thomson effect for cooling a gas by expanding it through a flow res...
A microcooler consisting of a small sorption compressor and a micromachined expansion stage was desi...
This paper presents the fabrication of a microcooler consisting of small stainless steel sorption co...
At the University of Twente, research is continued on micro cooling in which cooler components are m...
This paper presents the first cryogenic micromachined cooler that is suitable to cool from ambient t...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...
Computer chips have generally been cooled by means of a heat sink/fan device; however, such systems ...