Smith Predictor Based ℋ<sup>∞</sup> Control for Piezoelectric Nano Stages with Time Delays

Zhang, Zhiming; Yan, Peng

doi:10.1109/mesa.2018.8449181

Cited by 1 publication

(4 citation statements)

References 21 publications

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“…Figure 5 shows ray trajectory calculations at time 3.20220e À9 and the spherical ray direction vector with deterministic sampling from distribution with a 50-vector space and a mean ray frequency of 4.54e14. Figure 6 outlines the ray trajectory calculations at time 3.20220e À9 spherical direct vector with deterministic sampling from distribution with a 200-vector space and a mean ray frequency of 4.54e 14 Hz. Figure 7 shows the ray trajectory calculations at time 3.20220e À9 spherical direct vector with random sampling from distribution with a 100-vector space with partially coherent polarization, and Figure 8 illustrates the ray trajectory calculations at time 3.20220e À9 spherical direct vector with random sampling from distribution with a 100-vector space at different specified contributions of ranges from 1:1000 with step one.…”

Section: Proposed Antireflective Coating With Multiple Layersmentioning

confidence: 99%

“…12 Indicator-based H 1 control for piezoelectric nano stages with time postponements was introduced in Zhang and Peng. 14 A straight model with time delay and hysteresis valuation is discussed for piezoelectric nano stages, where the framework parameters are additionally chosen to utilize a distinguishing proof technique via the accumulation of trial information. 14 A controller is produced to accomplish robust solidness for the control of nano stages.…”

Section: Piezoelectric Materials In Nanostructuresmentioning

confidence: 99%

“…14 A straight model with time delay and hysteresis valuation is discussed for piezoelectric nano stages, where the framework parameters are additionally chosen to utilize a distinguishing proof technique via the accumulation of trial information. 14 A controller is produced to accomplish robust solidness for the control of nano stages. A nonresonant-type piezoelectric engine with an exact driving capacity was exhibited in Xu et al 15 The working standard of the proposed engine is not the same as the past nonresonant piezoelectric engines utilizing either a bracing and supply tool or a latency drive mechanism.…”

Section: Piezoelectric Materials In Nanostructuresmentioning

confidence: 99%

“…The figure provides a conical ray direction vector with random sampling from distribution. The number of rays in the wave vector space is 50, and the main ray frequency is 4.54e 14 Hz. Figure 5 shows ray trajectory calculations at time 3.20220e À9 and the spherical ray direction vector with deterministic sampling from distribution with a 50-vector space and a mean ray frequency of 4.54e14.…”

Section: Proposed Antireflective Coating With Multiple Layersmentioning

confidence: 99%

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Smart materials for changing the electrical properties of nanostructures

Abbas

2021

Composites and Advanced Materials

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Smart materials have an important role in modern applications. They have contributed to improving various applications in several fields. One of the areas most affected by the improvement of smart materials is nanostructures. These materials are created by basic techniques, such as arrangement manipulation. Significant efforts have been made to enhance smart materials so that they resemble natural materials in terms of accuracy, design, and utility. Here, a review of the latest research on smart materials that can alter the electrical properties of nanostructures is presented. The main objective of this review is to introduce the role of smart materials in controlling the electrical performance of nanostructures. Furthermore, this review proposes an analysis of the integration and cooperation of previous research, such as the use of a piezoelectric motor in the design of structural magnetic nanodevices to control these devices. Piezoelectric actuators can also be used to develop a new method for controlling PV modulators for fabricating a single-wall nanotube. This new proposal could alter the properties of many nanoscale systems serving several medical and engineering fields. Moreover, this review proposes a novel methodology for nanocoating by introducing an antireflective coating with multiple layers. This method can effectively enhance the functions of the nanoscale coating.

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Section: Proposed Antireflective Coating With Multiple Layersmentioning

confidence: 99%