First, microwave photonics is introduced, and several applications are also enumerated.
首先介绍了微波光子学,并列举了几个重要的应用,通过应用指出光学方式产生高频微波的重要性。
参考来源 - 基于光学方式形成高频微波·2,447,543篇论文数据，部分数据来源于NoteExpress
In addition, the concept and meaning of microwave Photonics will be discussed.
本文还讨论了微波光子学的概念及其内涵。
Nowadays, microwave photonics has attracted great interests from both the research community and commercial sector all over the world.
近年来，微波光子学在世界范围内引起了相关研究机构和商业界的广泛关注。
The microwave signal can be processed in optical-domain by the MO Bragg diffraction effect, which can be used as a new approach for studying microwave photonics.
利用这种效应可以实现微波信号的光学处理，可以作为研究微波光子学一种新的途径。
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