Key facts
- Brand
- Agilent
- Model
- MRBR 7.0
- Category
- Industrial Robot
- Documents
- 5
- Languages
- EN
- Last added
- 2012-07-04
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Magnex MRBR 7.0/400 Magnet System Specification
This document provides technical specifications for the MRBR 7.0/400 system, a complete superconducting magnet system intended primarily for research studies on the clinical/biological applications of NMR Imaging (MRI) and NMR Spectroscopy (MRS). The system consists of a highly homogeneous superconducting magnet housed in a horizontal room temperature bore, low-loss helium cryostat.
The specification details the superconducting magnet, including its multi-filamentary NbTi conductor construction, field homogeneity, and operating current. It also covers the cryostat design, dimensions, and cryogen details for both liquid helium and liquid nitrogen. The document lists the scope of supply, including electronic consoles, gradient coils, and various monitoring units.
Agilent MRBR 7.0 specifications
| Central field | 7.05 Tesla (300MHz 'P) |
|---|---|
| Field stability | Less than 0.05 ppm/hour |
| Operating current | 178 Amps (nominal) |
| Field homogeneity (Superconducting only) | Less than 20ppm over 20cm dsv |
| Field homogeneity (Fully shimmed) | Less than 5ppm over 20cm |
| Room temperature clear bore | 400mm |
| Length of cryostat | 1840mm |
All Agilent MRBR 7.0 documents by type
Ratings, dimensions and ordering codes, for selection and design work.
Questions answered in these manuals
What is the primary intended use of the MRBR 7.0/400 system?
The system is intended primarily for research studies on the clinical and biological applications of NMR imaging and spectroscopy.
What is the central field strength of the superconducting magnet?
The magnet has a central field of 7.05 Tesla.
What is the primary application of the MRBR 7.0/210 system?
The system is intended primarily for research studies on the biological applications of NMR imaging (MRI) and NMR spectroscopy (MRS).
From: Magnex MRBR 7.0/210 Actively Shielded Magnet System Specifications
What type of conductor is used for the magnet windings?
The magnet is wound from multi-filamentary NbTi conductor with a high percentage of copper to superconductor.
From: Magnex MRBR 7.0/210 Actively Shielded Magnet System Specifications
What is the primary application of this magnet system?
The system is intended primarily for research studies on the clinical/biological applications of NMR imaging (MRI) and NMR spectroscopy (MRS).
From: Magnex MRBR 7.0/400/AS Actively Shielded Magnet System Technical Specification
What type of conductor is used in the magnet windings?
The magnet is wound from multi-filamentary NbTi conductor with a high percentage of copper to superconductor.
From: Magnex MRBR 7.0/400/AS Actively Shielded Magnet System Technical Specification