Gas flows follow conventional theory even at the nanoscale
Century-old “Knudsen flow” model remains valid for holes just 0.3 nm across
Read article: Gas flows follow conventional theory even at the nanoscale
Read article: Gas flows follow conventional theory even at the nanoscale
Balloon-borne telescopes could keep cool with less
New cryogenic dewar is much lighter than existing models and could boost sensitivity of stratospheric observations
Read article: Balloon-borne telescopes could keep cool with less
Superconducting thermometer takes the temperature of ultracold microwave devices
Frequency of microresonator changes with temperature thanks to two-level systems
Read article: Superconducting thermometer takes the temperature of ultracold microwave devices
Ultracold atoms put high-temperature superconductors under the microscope
Physicists use a Bose–Einstein condensate to study phase transitions in an iron pnictide superconductor
Read article: Ultracold atoms put high-temperature superconductors under the microscope
Modularity, flexibility and scalability: S-Cube vacuum chambers have it all
STREICHER Pilsen’s S-Cube modular vacuum chamber system can help scientific users to maximize their research productivity
Read article: Modularity, flexibility and scalability: S-Cube vacuum chambers have it all
Residual gas analysers: it’s the small details that deliver success in UHV/XHV systems
Hiden Analytical’s residual gas analysers (RGAs) are a fixture in big-science laboratories all over the world. So what are its secrets of success?
Read article: Residual gas analysers: it’s the small details that deliver success in UHV/XHV systems
Compact and mobile dry vacuum pumps drive pumping density to the next level
Edwards reckons its nXRi dry vacuum pumps represent a win-win for scientists, enhancing their research productivity while lowering laboratory operating costs
Read article: Compact and mobile dry vacuum pumps drive pumping density to the next level
Agilent vacuum technology: trusted answers
Products and practical advice for reaching ultrahigh vacuum (UHV) pressures
Read article: Agilent vacuum technology: trusted answers
Cryogenic innovation: ramping up research productivity at ultralow temperatures
ICEoxford’s emphasis on versatile product design, rapid cool-down and a high degree of automation eases the path to ultralow temperatures
Read article: Cryogenic innovation: ramping up research productivity at ultralow temperatures
Why insulated metals cool down faster than their bare counterparts
Cryogenic experiments and a new thermodynamic model shed fresh light on the Leidenfrost effect
Read article: Why insulated metals cool down faster than their bare counterparts
