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Magnets with special characteristics
If possible, the choice of a standard magnet will always provide the most economical solution for your application. Assess individual magnet product pages in case a modified standard meets your needs. If you cannot find what you need, contact your local Oxford Instruments’ representative to discuss the next step.
With a 40-year magnet history Oxford Instruments Superconductivity has designed and manufactured examples of most magnet configurations; yours is probably among them.
Use the following checklist to help you provide as much information as possible for a new magnet design and so speed up the quotation. The list is not exhaustive.
- Application
- Peak field
- Bore diameter
- Split dimension
- Homogeneity
- Stability
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OI Direct - Cryospares®
Browse our on-line Oxford Instruments Direct - Cryospares catalogue for cryogenic spares, accessories and consumables, with over 1,000 items. Click here (opens in new window) »
Downloads and Links
- Building a hybrid magnet
269(Kb)
- Investigating the quantum vacuum - the PVLAS experiment
2(mb)
- Probing the microscopic structure of condensed matter with neutrons
93(Kb)
- The use of high power microwaves in fusion research
144(Kb)
- The use of superconducting magnets in inelastic neutron scattering experiments at ISIS
244(Kb)
- Electronics for cryogenic systems - specifications
(2.47Mb)
- ServiceWise extended warranty and service contracts
(76Kb)
- Thermometry - information on temperature sensors
(925Kb)