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RESEARCH PRODUCT
Classification and Operating Principles of Nanodevices
Yuri ShuninTamara Lobanova-shuninaStefano BellucciAlytis Gruodissubject
Phase transitionBistabilityComputer scienceNanotechnologyRealization (systems)description
The chapter presents and explains the classification of sensors in accordance with their physicochemical principles of functioning, as well as the types of recognition. Several prototypes of physical, chemical and biosensors based on polar molecular compounds such as indandione, fluorene and carbazole derivatives are described from the point of view of their structure and energy. One of the most important applications of nanosensitive materials is realized in the class of memory nanodevices. The realization of bistability in molecular or layered derivatives is usually carried out through processes based on tautomers and conformers, as well as phase transition processes. Typical examples of biomolecular rotary machines are shown. Nanotransducers principles, nanoaerogels and nanocomposites applications are also reviewed. Typical examples of biomolecular rotary machines are presented and the principles of nanotransducer operation are explained, and application of nanoaerogels and nanocomposite materials is considered.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2017-11-23 |