A Compound Piezo Drive for Nanotechnology and Nanochemistry Research

INTRODUCTION A compound piezo drive is applied for nanotechnology and nanochemistry research [1-17]. This drive based on the piezoelectric effect [18-40]. A compound piezo drive is used in scanning microscopy, adaptive optics, interferometry, nanostabilization [41-53]. The deformations of a compound piezo drive are written by using its model and scheme. The model, scheme and functions are obtained by applied the method of mathematical physics. The compound piezo drive is widely used in practice at the voltage control. Therefore, in the article considers the structural schemes of the composite piezo drive under various boundary conditions its operation.

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Publication Details

Journal
Catalysis Research
Published
2024-11-01
DOI
https://doi.org/10.35702/catalres.10018
Primary Topic
Advancements in Materials Engineering
Type
article
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article

A Compound Piezo Drive for Nanotechnology and Nanochemistry Research

S. M. Afonin
Catalysis Research
Advancements in Materials Engineering
article

A Compound Piezo Drive for Nanotechnology and Nanochemistry Research

S. M. Afonin
article en

Abstract

INTRODUCTION A compound piezo drive is applied for nanotechnology and nanochemistry research [1-17]. This drive based on the piezoelectric effect [18-40]. A compound piezo drive is used in scanning microscopy, adaptive optics, interferometry, nanostabilization [41-53]. The deformations of a compound piezo drive are written by using its model and scheme. The model, scheme and functions are obtained by applied the method of mathematical physics. The compound piezo drive is widely used in practice at the voltage control. Therefore, in the article considers the structural schemes of the composite piezo drive under various boundary conditions its operation.

Catalysis ResearchVol. 4(1)
Industry, innovation and infrastructure
Openalex Percentile: Top 74%
Advancements in Materials Engineering
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A Compound Piezo Drive for Nanotechnology and Nanochemistry Research — S. M. Afonin · Catalysis Research (2024) | TGRS Research Map | TGRS