Magnetic Properties 2

Properties in Nanoscale
Category General
Difficulty Level Normal
Audience Level General
Description Have a good knowledge of material structures leads to recognizing material behavior based on its structure. In this course, material structures and properties are elaborated in bulk and nanoscale.
Overview
It is clear that, every atomic structure has its own specific bulk properties. Therefore, being familiar with atomic arrangements, different atomic bonds and different kinds of cubic structures provide a general understanding for recognizing materials and components’ properties. On the other hand, in nanoscales, atomic structures are changed which generates novel properties.
Hence, being familiar with mentioned different parameters in atomic structure makes what happens in nanoscale understandable.

Booklet
Description
 It starts with the definitions of magnetic domains. Describes how materials can be converted to magnets. Goes on with the effect of magnetic field on materials. Introduces Curie temperature. And, it ends with the magnetic domain of magnetic nanoparticles and how bulk materials that do not have magnetic properties, gain it in nanoscales.
Mental Challenge
 What is a magnetic domain?
Quizzes and Activities

Activity: Research how increasing the surface in nanomaterials and formation of broken bonds on the surface results in the formation of magnetic properties. Write an essay on it, including images
Further Reading Sources

1.Magnetic Properties of Nanoparticles

2.Electrical and Magnetic Properties of Nanomaterials Containing Iron or Cobalt Nanoparticles