Magnetic Nanoparticles Synthesis

All You Need To Know About Magnetic Nanoparticles Synthesis And Its Associated Reaction

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The magnetic nanoparticles belong to specific category of nanoparticles and it can easily influence magnetic field as well. The magnetic nanoparticle synthesis comprises of two major types of components. On the other hand, there should be specific chemical property in order to improve the functionality of the synthesis process.

In the last few decades, the synthesis process of magnetic nanoparticles synthesis have developed to a greater extent just not because of its fundamental research, but also because of its high end applications. For the purpose of magnetic nanoparticle synthesis process, its size is pretty much important. Moreover the synthesis process is completely dependent on the nanoparticles process.

Major types of magnetic nanoparticles synthesis techniques

Here are certain important types of magnetic synthesis techniques that you should know about-

Thermal decomposition

This process requires high heat wherein the initial reactant is chemically decomposed using organic solvents comprising of stabilizing surfactants. In fact, this technique offers much good control over the size the shape of the nanoparticles.

Hydro-thermal synthesis

There are three important components involved in the process. At high temperature, phase transfer as well as separation occurs at liquid phase, a solid phase as well as water ethanol solution. In fact, this technique produces uniform sized nanoparticles which are soluble in water.

Co-precipitation

This process takes place within the salt solution that needs extra addition of base. The size as well as shape of the nanoparticles can be easily tuned by altering the reaction of the temperature, concentration, pH ratio, ion ratio and yet more. The synthesis process is must fast and nanoparticles formed are water-soluble.

Micro-emulsion

This process includes a blend of oil and water. The techniques take the advantage of the kinetic reaction of the liquid droplets. In fact, this technique requires huge amount of organic solvent and its quite difficult in order to scale up to come huge number of particles.

Synthesis of magnetic nanoparticles for energy storage

The process of magnetic nanoparticle synthesis truly has sound result when it comes to energy storage. The supreme emanates of the magnet material of a big sized magnetic field after magnetization process, then it completely preserves the vigorous moment of the magnet. During the process of research, scientists have come up with a perfect magnetic material and also there is a need of proper balance between the magnetic moment as well as high coercively