A simple design is presented for a dilution refrigerator. Construction is not difficult. This refrigerator has been designed to allow measurements of the properties of small samples at low temperatures and to precool small nuclear demagnetization stages. The design consists of a concentric tube heat exchanger and several sintered silver discrete heat exchangers. The minimum base temperature was measured to be 2.3 mK
A dilution refrigerator has been constructed capable of producing steady state temperatures less tha...
International audienceThis work presents the experimental results and analytical modelling of the co...
International audienceWe discuss the development of a gravity-insensitive dilution refrigerator adap...
Text includes handwritten formulasA simple He^3-He^4 refrigerator has been designed and constructed....
International audienceWe have constructed a compact dilution refrigerator which can lower the temper...
We have constructed a large new dilution refrigerator for use with the new Lancaster nuclear cooling...
In order to extend the temperature range of Standard ILL cryostats (300-1.2 K) the sample stick was ...
A dilution refrigerator (DR) is the most common precooling stage for sub-millikelvin demag-netizatio...
As the forthcoming generation of Cosmic Microwave Background observatories move towards the use of l...
Recent development of “dry” dilution refrigerators has used mechanical cryocoolers and Joule–Thomson...
A new cascade nuclear demagnetization cryostat has been designed and constructed. Our aim was to bui...
We have developed a compact, self-contained dilution cooler that can be operated from a 2.5 K or low...
One way to reach temperatures of a few millikelvin (mK) is the usage of a 3He/4He dilution refrigera...
The forthcoming generation of cosmic microwave background polarization observatories is developing l...
The aim of this semester project was to design, build and charac-terize a sample holder suitable for...
A dilution refrigerator has been constructed capable of producing steady state temperatures less tha...
International audienceThis work presents the experimental results and analytical modelling of the co...
International audienceWe discuss the development of a gravity-insensitive dilution refrigerator adap...
Text includes handwritten formulasA simple He^3-He^4 refrigerator has been designed and constructed....
International audienceWe have constructed a compact dilution refrigerator which can lower the temper...
We have constructed a large new dilution refrigerator for use with the new Lancaster nuclear cooling...
In order to extend the temperature range of Standard ILL cryostats (300-1.2 K) the sample stick was ...
A dilution refrigerator (DR) is the most common precooling stage for sub-millikelvin demag-netizatio...
As the forthcoming generation of Cosmic Microwave Background observatories move towards the use of l...
Recent development of “dry” dilution refrigerators has used mechanical cryocoolers and Joule–Thomson...
A new cascade nuclear demagnetization cryostat has been designed and constructed. Our aim was to bui...
We have developed a compact, self-contained dilution cooler that can be operated from a 2.5 K or low...
One way to reach temperatures of a few millikelvin (mK) is the usage of a 3He/4He dilution refrigera...
The forthcoming generation of cosmic microwave background polarization observatories is developing l...
The aim of this semester project was to design, build and charac-terize a sample holder suitable for...
A dilution refrigerator has been constructed capable of producing steady state temperatures less tha...
International audienceThis work presents the experimental results and analytical modelling of the co...
International audienceWe discuss the development of a gravity-insensitive dilution refrigerator adap...