Operators of deep subsea wells can benefit from the magnetic coupling technology in this new industry recognized valve design.
- Permanent Magnet Basics
Our materials range from ferrite, which is low cost and low energy, to rare earth materials, which are more expensive and offer higher performance.
- Magnet Designs for Magneto-electronic Thin Film Processing
Magnetic fields are pivotal in the manufacture and processing of advanced magneto-electronic thin films.
- Introduction to Electromagnets
Electromagnets are comprised of three main components to produce a magnetic field, a core, coil, and current source.
- Electromagnet Design Considerations
Aspects of electromagnet design considerations will be presented in this section for a design engineers’ reference.
- Method to Design Magnetrons that Match Preferred Erosion Patterns
We have developed a method to predict the starting erosion pattern produced by various rotating magnetron configurations.
- Magnetization Patterns
Isotropic magnets, such as Bonded Nd-Fe-B, are unoriented and have no preferred direction; therefore it is possible to magnetize them in any direction.
- Hermetic Seals
The hermetic seal functions to prevent the passage of liquid, gas, and particulate, either into a protective vessel, or out of a protective vessel.
- Dexter Magnetic Performance
There are many design factors that influence the choice of a magnet material, but energy product should not be at the top of the list
- Innovative Medical Solutions that Improve the Quality of Life
Magnetic design is our core competency. Our goal is to enable you to take technology farther, apply advanced magnetic solutions and to take healthcare to the next level.
- An MRI-Conditional Implantable Magnet Design with Self- Realigning Orientation
In this article, the authors propose an MRI-conditional implantable magnet design with orientation that can be self-realigned or with an external homing magnet.