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A split-pair 0-3 T variable field superconducting magnet specially designed to provide high uniformity over the entire field range, sufficient for NMR field measurements. This unlocks the possibility ...
Temperature: 1.5 K - 300 K
An integrated Cryofree® superconducting magnet system. Features • Integrated variable temperature insert providing sample temperatures between 1.5 K and 300 K supplied as standard with sample rod. • ...
Oxford Instruments NanoScience
Temperature: 1.6 K - 300 K
... magneto-optical Cryofree® superconducting magnet system. Features • 7 T magnetic field in a compact geometry. • The sample can be changed while the system is cold. • Uses the highest specification ...
Oxford Instruments NanoScience
Temperature: 1 K - 4 K
1 K – 4 K systems The 1 K – 4 K systems are compact systems, suitable for a variety of applications. Oxford Instruments have built many different 1 - 4 K systems for a variety of applications. Get in touch with any application ...
Oxford Instruments NanoScience
Temperature: 1.5 K - 300 K
... MercuryiPS is an intelligent fully configurable magnet power supply system. It enables automated control of a wide range of superconducting magnets, including NMR, high field, beamline ...
Oxford Instruments NanoScience
Temperature: 2 K - 20 K
Solenoid Magnets Solenoid magnets offer the most efficient method of high field generation; Oxford Instruments’ unique design capabilities and use of high-performance superconducting ...
Oxford Instruments NanoScience
Temperature: 1.6 K - 300 K
Split Pair Magnets Oxford Instruments has pioneered the design of high field split-pair magnets for beamline, optical and superconducting wire testing applications. • High field ...
Oxford Instruments NanoScience
... compact superconducting magnet. Greater flexibility of installation layout of the instrument is possible with the new compact magnets that have a smaller stray magnetic field. Features Superconducting ...
With the high background intensity to generate the induction field and the matched suitable medium, this superconductive magnetic separator can remove the weak-magnetic properties from the nonmetallic mineral such as kaolin, potash feldspar, ...
Temperature: 77 K
... semiconductors, and large-scale scientific engineering. Superconducting magnets for accelerators Dexinmag company has successively provided ECR superconducting ion source magnets, ...
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