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Sheet1 Minimum Technical Requirement Meets Does Not Meet Page reference in materials
| Cryogen-free superconducting magnet system |
| Magnetic field strengths of 9 tesla. |
| 0.1 % tolerance on the central field homogeneity over 10 mm diameter spherical volume (DSV). |
| Temperatures as low as 1.6 K. |
| Persistent mode switch. |
| Full protection against quench damage. |
| Maximum cryostat footprint of 0.55 m × 0.55 m. |
| 1.8 m maximum cryostat height. |
| 24pin sample holder. |
| Sample lead wire, ohmic ~ 5 Ω or less, accessed through external Fischer connector. |
| Aluminum construction. |
| Evacuation valve, safety positive pressure relief devices. |
| High temperature superconducting current leads installed. |
| At least 25 mm magnet bore/sample space. |
| Sample holder temperature <1.6 K. |
| Cernox sensor under sample holder with thermally-anchored, shielded cable accessed through external Fischer connector. |
| A top-loading variable temperature insert needed for user access to the high field region of the magnet. |
| Cryocooler |
| Cryocooler with cooling capacity down to 1.6 K (1 W at 4.2 K) |
| PT-100 and ruthenium-oxide temperature sensors installed for system diagnostics (direct current only). |
| Other accessories |
| Oil-free scroll vacuum pump, all plumbing, and gas storage vessel. |
| Temperature controller. |
| Temperature monitor. |
| Magnet power supply system. |
| Electronics cabinet. |
| Low vibration pneumatically isolated platform |
| Anti-vibration sand trap for cryocooler and variable temperature insert vacuum lines |
| Installation/Training |
| In-person assistance with installation and training on system operation, including gas charging, cooling down, magnet operation, and general maintenance. |
| Delivery |
| FOB Destination shipping within 6-9 months |