A review of magnet systems for targeted drug delivery.

https://pure.hud.ac.uk/ws/files/17416849/Manuscript_bNMRreview_16012019.pdf

Progress in low-field benchtop NMR spectroscopy in chemical and biochemical analysis

In this paper, practical design issues related to the use of high-strength neodymium-iron-boron magnets are described. These magnets have increasing utility in transportation systems (maglev, linear and rotary motors), bearings, and in eddy-current brakes. However, careful design must be done to utilize the full capabilities of these magnets.

http://www.thompsonrd.com/IEEE-Proc-NdFeB-final.pdf

Practical Issues in the Use of NdFeB Permanent Magnets in Maglev, Motors, Bearings, and Eddy Current Brakes

In this paper, practical design issues related to the use of high-strength neodymium-iron-boron magnets are de- scribed. These magnets have increasing utility in transporta- tion systems (maglev, linear and rotary motors), bearings, and in eddy-current brakes. However, careful design must be done to utilize the full capabilities of these magnets.

/pdf/practical-issues-in-the-use-of-ndfeb-permanent-magnets-in-4w5ep1u6yp.pdf

Practical Issues in the Use of NdFeB Permanent Magnets in Maglev, Motors, Bearings, and Eddy Current Brakes Design guidelines for these magnets in large-scale transit, braking and magnetic bearing applications are discussed, including mechanical and thermal issues.

Many active magnetic shielding designs have been proposed in order to reduce the radiation exposure received by astronauts on long duration, deep space missions. While these designs are promising, they pose significant engineering challenges. This work presents a survey of the major systems required for such unconfined magnetic field design, allowing the identification of key technologies for future development. Basic mass calculations are developed for each system and are used to determine the resulting galactic cosmic radiation exposure for a generic solenoid design, using a range of magnetic field strength and thickness values, allowing some of the basic characteristics of such a design to be observed. This study focuses on a solenoid shaped, active magnetic shield design; however, many of the principles discussed are applicable regardless of the exact design configuration, particularly the key technologies cited.

Active magnetic radiation shielding system analysis and key technologies

Strong dipole permanent magnet models for various kinds of accelerator applications are under development at NIRS. Field strengths exceeding 4 Tesla in the magnet gap are achieved by an extended Halbach type magnet configuration. The field level is more than a factor of three stronger than the residual field of the material. This will open various new kinds accelerator applications from very compact to large scale hadron collider magnets that allow easy accelerator operation without power supplies.

/pdf/development-of-4-tesla-permanent-magnet-1oqd2m92n9.pdf

Development of 4 tesla permanent magnet

In order to respond to a need of reduction in size of a medical accelerator, a new idea has to be developed. A model permanent magnet exceeding 4 Tesla was recently designed, manufactured and measured. In the past, this field level was only achievable by a superconducting magnet or a pulsed high current coil magnet. In order to exceed a field level of an inherent property of a material of a dipole magnet, a new technique is invented. Although the size of a magnet gap is small in a model, reasonable size magnet can be constructed by a linear scaling. The high field DC magnet can be used in a cyclic accelerator either in cyclotron or in FFAG (Fixed Field Alternating Gradient) Accelerator.

Development of a Model 4 Tesla Diople Magnet

A strong field as high as 3 Tesla with little saturation effect is possible in a design of “Magnet-in-Magnet” concept This concept was introduced originally in a Snowmass2001 with a motivation to increase the field strength of the Pipetron magnet for VLHC but applicable to many situations beside superconducting magnet Small model magnet was constructed and tested to demonstrate its validity of the concept Field distribution for different excitation levels are presented

Three TESLA magnet-in-magnet

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Development of 4 tesla permanent magnet

Development of a Model 4 Tesla Diople Magnet

Three TESLA magnet-in-magnet