One of the main applications of nanoreactors is in the electronic conduction of porous materials whose dimensions are smaller than 0.11 nanometers.

_ Nanoreactors and (nanostructures) section

One of the main applications of nanoreactors is in the electronic conduction of porous materials whose dimensions are smaller than  0.11 nanometers. 

Researcher  and Author: Dr.   (   Afshin Rashid)

Note: In general, nanoreactors can be divided into two groups: natural and synthetic nanoreactors. The first group has a more selective function and at the same time a more complex structure, while the second group has more diversity and a simpler structure. Natural nanoreactors  Cells and cellular organelles, which are considered the most ideal nanoreactors, have lipid membranes. 

These nanoreactors  are selective, meaning they are able to distinguish between different molecules and  allow only certain molecules to enter their internal cavity. In addition to selectivity, cells  are also sensitive by having pores in the membrane that open and close with external stimuli such as pH changes. Selectivity and sensitivity  are characteristics of all natural nanoreactors and are used in the production of nanosensors.

Nanoreactors are very diverse. Simple or complex, organic and inorganic materials with electrical conductivity, volume and pore structures are used as nanoreactors.  Unlike microreactors, the reaction space inside nanoreactors greatly affects the mobility and interactions between molecules inside it. Therefore, a nanoreactor is not just a simple storage container and  plays an important role in the electrochemical process. Nanoreactors are relatively new materials, but in nature, various processes have long been using nanoreactors. Performing electrochemical reactions in confined spaces with nanometer dimensions and micrometer volumes leads to changes in the kinetics and path of the entire  process. Such confined spaces used to perform specific electrochemical reactions  are called nanoreactors. Nanoreactors are very small containers with nanometer dimensions that  have great potential for improving electrochemical conversions by protecting catalysts from environmental effects and confining reactants and catalysts in a small space for a long time  . In fact, nanoreactors are porous materials with one of their dimensions being on the nanoscale. 

Conclusion: 

One of the catalytic systems is nanoreactors. One of the applications of nanoreactors is in the electronic conduction of porous materials whose dimensions are smaller than  0.11 nanometers.

Researcher  and Author: Dr.   (   Afshin Rashid)

Specialized PhD in Nano-Microelectronics