Magnetic Nanoparticles: Learn Properties & Magnetic Field Strength

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Magnetic nanoparticles inherently possess a magnetic field due to their material properties, rather than emitting one. The strength of this magnetic field varies based on the specific characteristics and synthesis of the nanoparticles. For deeper understanding, participants shared helpful resources, including a link to a relevant scientific article. The discussion emphasizes the importance of knowing how to navigate and interpret information on this topic. Overall, magnetic nanoparticles are defined by their intrinsic magnetic properties and field strength variations.
Sylvester1
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Hello Everybody,

i would like to ask if anyone around here has any prior knowledge regarding magnetic nanoparticles and their properties and could provide me with a useful link so that i can search deeper and learn more. What i would like mostly to know is if they can emit a magnetic field and the strength of their magnetic field.

Thank you!
 
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Magnetic materials possess a magnetic field, they do not "emit" one.
The presence of a magnetic field is why the particle is called magnetic - it's what the word means - so magnetic nanoparticles possesses a magnetic field.

The field strength depends on the material properties of the individual particle and it's synthesis - their properties can vary quite a bit. Perhaps you can be more specific?

Meantime:
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3312841/
 
this link was so helpful!thank you very much!
 
No worries - sometimes it's just knowing how to sort through information.
 

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