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Electro-Optic Materials Research
参考中译:电光材料研究

刊名：	Aerospace & Defense Technology
作者：	Chitra Sethi
刊号：	877B0292
ISSN：	2472-2081
出版年：	2023
年卷期：	2023, vol.8, no.3
页码：	42-43
总页数：	2
分类号：	V2
语种：	eng
文摘：	Developing single photon UV detection for compact chemical and biological sensors. This report summarizes the main lines of effort for the Electro-Optics Materials Research (EOMR) program including its goals and major accomplishments, focusing on the past 5 years. This EOMR program was an effort within 601102A.31B.1 titled "Optoelectronic and Integrated Photonic Materials and Device Research" for FY16-FY19 and 611102A.AA8.1 titled "Photonic Materials and Device Research" for FY20-FY21. The focus of this EOMR for most of the program was to develop novel semiconductor optoelectronic devices to reduce the size, weight, power, and cost (SWaP-C) of chemical and biological detection and identification systems.
参考中译：	开发用于紧凑型化学和生物传感器的单光子紫外线检测。这份报告总结了电光材料研究(EOMR)计划的主要工作，包括它的目标和主要成就，重点是过去5年。这项EOMR计划是在601102A.31B.1和611102A.AA8.1的基础上进行的，601102A.31B.1针对FY16-FY19财年，611102A.AA8.1针对FY20-FY21，标题为“光电子与集成光子材料与器件研究”。该EOMR计划的大部分重点是开发新型半导体光电器件，以降低化学和生物检测和鉴定系统的尺寸、重量、功率和成本(SWAP-C)。