- #1
icesalmon
- 270
- 13
- Homework Statement
- Determine the magnetic field equation(s) for the following diagram as a function of frequency, material.
- Relevant Equations
- This is a project I am working on for my undergraduate senior design course and I have talked to professors in my department who do research in this area and have essentially told me that it is too difficult for an undergraduate to complete. Bear with me, I apologize for anything I may be neglecting to mention.
The network is a 3-Dimensional circular cross section path made out of silicone tubing or a 3D printed material and will be set inside of a agarose hydrogel in an attempt to mimic the density of human muscle/tissue.
The object of this project is to guide a ferrofluid (Iron Oxide particles suspended in a viscous fluid, a diluted mixture of 15% glycerine to 85% water, to a predetermined location by using a magnetic field generated by a series of electromagnets made by, possibly, Coilcraft model number DO5022P-105ML (pictured below) the multi-colored squares on the top of this path are where I am thinking of placing these and perhaps controlling their strength using a frequency generator and a circuit of which I am also having an issue determining.
My main focus right now is that, given that these magnetic fields will need to penetrate an agarose polysaccharide gel and whatever material the path will be printed out of, how to determine the "tesla" value of the field at any given depth of this network. Apologies if I haven't been fully clear about any crucial details, hopefully I can provide that information if need be.
If this truly is too complicated, is there a way to design a custom series of magnetic fields in order to achieve this goal?