The nanoparticles play a great role in attracting huge attention from researchers and scientists for their potential uses and of course advanced properties. The main applications of these nanoparticles are biomedicine, energy storage and magnetic recording. The credit actually lies in the efforts made by the researchers, and hence the progress is justified.

There has been advancement in the fabrication and design of the magnetic nanoparticles based on the morphology, size, magnetic properties, structure and composition. In addition to this, there are many synthesis methods been started and the result which can be seen is, monodisperse nanoparticles becoming a good solution for metal reduction, metal and salt precipitation, and thermal decomposition. In order to create these monodisperse particles of a particular size, there is need of a burst nucleation reaction to happened in supersaturated solution.

In practical ways at the laboratory, hot injection method is used to get the burst reaction and to release the reagents. In addition to this, even a method called heating strategy is also used. Here a mixture is created at low a low temperature, and then the particle nucleation process is started. There chemical preparation of various monodisperse particles includes some precipitation methods from any solid solution.

There is a nucleation control along with growth as two significant factors that help in synthesis of monodisperse particles. A consistency in the size of the particles can be achieved by a nucleation process.

Usage of monodisperse nanoparticles

The advance medical care in today’s times involves the need o monitoring treatments. Therefore, an ideal combination of imaging techniques along with therapeutics is required which can control and manage the treatment. The tern theragnostic is given to such a method. The magnetic monodisperse particles are a perfect component for the right functionality in such processes because of their potential features such as biocompatibility. In addition to this, the nano size of these particles is so versatile that is can also be made to use in biomolecules.

There are typically wide range of uses of monodisperse nanoparticles, that is because of their distinctive properties. Chemical synthesis, hydrothermal routes, micelle routes, Solvothermal routes and chemical precipitation are some techniques were the nanoparticles are used commonly. If the size of particles is small then fabrication is such a process where it is widely used. However, there can be adjustment made to the particles as and when needed. Adjusting is another technique which helps in generating unique nanoparticles. This process can be used for many sizes and can also be utilized in generating emultion droplets.