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Multilayer and sectional nano piezo engine for applied bionics and biomechanics
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The multilayer nano piezo engine and sectional piezo engine are widely used for applied bionics and biomechanics in nano displacements for scanning microscopy and adaptive optics, compensating for vibrations, temperature and gravitational deformations. The parameters of nano engine are determined by using of mathematical physics method for the multilayer and sectional nano piezo engine with lumped parameters. The characteristics of the multilayer and sectional nano piezo engine are calculated. For static and dynamic regimes the characteristics and the parameters of the multilayer and the sectional nano piezo engine are founded. The transient characteristic for the nano displacement of the multilayer nano piezo engine is obtained. The mechanical and control characteristics of the sectional nano piezo engine are determined for applied bionics and biomechanics.
Title: Multilayer and sectional nano piezo engine for applied bionics and biomechanics
Description:
The multilayer nano piezo engine and sectional piezo engine are widely used for applied bionics and biomechanics in nano displacements for scanning microscopy and adaptive optics, compensating for vibrations, temperature and gravitational deformations.
The parameters of nano engine are determined by using of mathematical physics method for the multilayer and sectional nano piezo engine with lumped parameters.
The characteristics of the multilayer and sectional nano piezo engine are calculated.
For static and dynamic regimes the characteristics and the parameters of the multilayer and the sectional nano piezo engine are founded.
The transient characteristic for the nano displacement of the multilayer nano piezo engine is obtained.
The mechanical and control characteristics of the sectional nano piezo engine are determined for applied bionics and biomechanics.
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