Section "Nanospin Electrons" - Nanoelectronics

The structure and internal structure of "Nano Spin Electrons" Inactive  Electronic   Nanoparticles 

Researcher  and author: Dr.   (   Afshin Rashid)




Note:  Many methods have been developed to produce electrical nanoparticles or nanoelectronic particles of the  "nano spin electrons", which include vapor, liquid and solid state processes. In general, chemical reactions to produce nanoparticles can take place in any of the solid, liquid and gas states. 

Structural change in nanoparticles  "Nanospin electrons"  is a prefix that indicates the minus ninth power of ten, i.e. one billionth. Here it means that nanometers are used for length. The behavior of particles  of one nanometer in length corresponds to one billionth of 1   meter, one millionth of 1 millimeter, or one thousandth of micrometer. The common methodis to produce materials in a solid form. By crushing the particles, their contact surface is increased, and further, in order to increase the penetration of atoms and ions, this mixture is increased at high temperatures. In chemistry, it refers to substances with which chemical reactions begin, reactants, and substances to which they react during the reaction (reactants). is transformed, it is called a product. The reactants can be solid, liquid or gas. In addition, the reactants are either an independent element or they can be in the form of multi-component compounds. Multicomponent compounds are usually called precursors.








 Molecular junctions, which are usually created by sticking molecules to metal electrodes of "nano spin electrons" , are able to reduce the dimensions of molecular devices. These connections have a high potential to behave and perform similar to common electronic components. These molecular devices  "Nano Spin Electrons"  can be a good substitute or supplement for common technologies and create new capabilities in these technologies.



Conclusion :

Nanoparticles of  "spin electrons"  are used as constituents of many applications in different fields. These functions include electronic, magnetic, optical and electrical materials.

Researcher  and author: Dr.   (   Afshin Rashid)

Specialized doctorate in nano-microelectronics