光学力学与光电传感技术的融合与创新
Integration and Innovation of Optical Mechanics and Optoelectronic Sensing Technology
高芯茹1
作者信息
摘要
光学力学和光电传感技术在科学与工程领域有着紧密的联系,并在各自的材料、传感器、成像和测量领域发挥着重要作用.光学力学对光与物质相互作用而产生的力学效应有着深入研究,而光电传感技术则围绕光信号转化为电信号后进行测量和控制的过程来进行探讨.但传统独立的领域研究有着很多局限性,这也为光学力学和光电传感技术各自的发展带来了阻碍.研究目的在于深入探究光学力学与光电传感技术的融合与创新,并通过二者在各自领域的优势进行互补,从而推动科学技术的进步.
Abstract
Optical mechanics and optoelectronic sensing technology are closely related in the fields of science and engineering,and play important roles in their respective fields of materials,sensors,imaging and measurement.Opti-cal mechanics deeply studies the mechanical effects generated by the interaction between light and matter,while op-toelectronic sensing technology focuses on the measurement and control process after the conversion of light signals into electrical signals.However,there are many limitations in research on the traditional independent field,which also hinders the development of optical mechanics and optoelectronic sensing technology.The purpose of this study is to delve into the integration and innovation of optical mechanics and optoelectronic sensing technology,and complement each other by the advantages of the two in their respective fields,so as to promote the progress of sci-ence and technology.
关键词
光学力学/光电传感/融合与创新/量子传感Key words
Optical mechanics/Optoelectronic sensing/Integration and Innovation/Quantum sensing引用本文复制引用
出版年
2024
NETL
NSTL
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