空间设备工程中的光子技术

A. Ponomarev, А. Romanov, А. Tyulin
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引用次数: 2

摘要

本文概述了光子学和光电子学产品用于或可能用于制造导航、通信和地球遥感航天器的目标和服务设备的基本技术。提出了确保精确卫星定位、创造用于“航天器-航天器”或“航天器-地球”信息交换的光通信技术以及选择光电探测器和测量传感器材料所需的可能技术解决办法范围。此外,还介绍了以光子技术为基础的现代先进技术发展趋势,为空间设备工程的发展提供了符合全球标准的记录特性。结论部分提出了在俄罗斯联邦航天工业中发展和加强引进光子技术的主要建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Photonic Technologies in Space Device Engineering
The article provides an overview of the basic technologies where products of photonics and optoelectronics are used or potentially can be used to create a target and service equipment of navigation, communication, and Earth remote sensing spacecraft. The possible range of technology solutions needed to ensure precision satellite positioning, creation of optical communication technologies used for information exchange on the lines of “spacecraft-spacecraft” or “spacecraft-Earth”, as well as the choice of materials for photodetectors and measuring sensors is presented. Moreover, technological trends of modern and advanced developments based on the use of photonic technologies, providing record characteristics that meet the global standards in the development of space device engineering are shown. The main recommendations for the development and intensification of the introduction of photonic technologies in the space industry of the Russian Federation are given in the conclusion.
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