Optical Device for Measuring Small Displacements of Control Objects Surfaces with Protection from External Mechanical Loading

I. P. Miroshnichenko; I. A. Parinov; T. P. Savostina; V. P. Sizov

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Optical Device for Measuring Small Displacements of Control Objects Surfaces with Protection from External Mechanical Loading

机译：光学装置，用于测量控制对象表面的小位移并具有外部机械载荷保护

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The paper describes high-precision contactless optical devices for measuring small linear and angular displacements of the surfaces of control objects based on modern laser technologies and new methods of optical interferometry. A new scientific-based technical solution has been proposed, which allows one to provide continuous protection against the influence of external mechanical loading in the measurement process. The proposed technical solutions are successfully used to solve actual scientific and industrial problems and can also be successfully used to control the quality of structural materials and diagnostics of the state of goods under operating conditions in mechanical engineering, shipbuilding, aircraft construction, etc.

机译：本文介绍了一种基于现代激光技术和光学干涉测量新方法的高精度非接触式光学设备，用于测量控制对象表面的较小线性和角位移。提出了一种新的基于科学的技术解决方案，该解决方案可以在测量过程中提供连续保护，以抵抗外部机械负载的影响。提出的技术解决方案已成功用于解决实际的科学和工业问题，还可以成功地用于控制结构材料的质量以及在机械工程，造船，飞机制造等操作条件下对货物状态的诊断。

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《E3S Web of Conferences》 |2019年第4期|共5页
作者
I. P. Miroshnichenko; I. A. Parinov; T. P. Savostina; V. P. Sizov;
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中图分类天文学、地球科学;
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1. Optical Device for Measuring Small Displacements of Control Objects Surfaces with Protection from External Mechanical Loading [J] . I. P. Miroshnichenko, I. A. Parinov, T. P. Savostina, E3S Web of Conferences . 2019,第4期

机译：光学装置，用于测量控制对象表面的小位移并具有外部机械载荷保护
2. A Unified Method for Measuring Small Linear and Angular Displacements of the Surfaces of Tested Objects [J] . I. P. Miroshnichenko, A. G. Serkin Russian Journal of Nondestructive Testing . 2008,第5期

机译：测量被测物体表面小的线性和角位移的统一方法
3. Use of Laser Interferometers for Measuring Displacements of the Surfaces of Tested Objects [J] . V. E. Alekhin, I. P. Miroshnichenko, V. P. Sizov Russian Journal of Nondestructive Testing . 2007,第2期

机译：使用激光干涉仪测量被测物体表面的位移
4. Development and justification of optical device for contactless measurement of the displacements of control object surfaces [C] . I P Miroshnichenko, I A Parinov International Conference on Innovative Research . 2019

机译：用于无接触式对照物表面的非接触式测量光学装置的开发和理由
5. Three papers on electromagnetics: Development of Wirelessly Controlled and Powered Space-Fed Phased Array Antenna, Temperature Rise in Objects Due to Optical Focused Beam Through Atmospheric Turbulence Near Ground and Ocean Surface, and A Steerable 60GHz Array Antenna Using a Continuously Variable Dielectric Phase Shifter. [D] . Stoneback, Matthew. 2013

机译：三篇有关电磁学的论文：无线控制和供电的空馈相控阵天线的开发，由于聚焦光束通过靠近地面和海洋表面的大气湍流而引起的物体温度升高以及使用连续可变介电相移器的可转向60GHz阵列天线。
6. The use of a displacement device negatively affects the performance of dogs (Canis familiaris) in visible object displacement tasks [O] . Corsin A. Müller, Stefanie Riemer, Friederike Range, -1

机译：位移设备的使用会对可见物体位移任务中的狗（犬类）的性能产生负面影响
7. Determination of the Electromagnetic Field on the Surface of the Beam Splitter of Laser Interferometer by Measuring the Displacements of Control Object Surfaces [O] . Igor Miroshnichenko, Ivan Parinov, Shun-Hsyung Chang, 2018

机译：通过测量控制对象表面的位移来确定激光干涉仪的分束器表面上的电磁场

Optical Device for Measuring Small Displacements of Control Objects Surfaces with Protection from External Mechanical Loading

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