Flying Light Captured with a Multi-framing Image Sensor Operating at 10 ns

Y. Takano, T. Okinaka, K. Takehara, H. Nakano, K. Shimonomura, Naoki Hayashi, Yoichi Mitsui, T. Etoh
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Abstract

A multi-framing image sensor operating at 10 ns was designed and fabricated with a silicon technology in 2017. As a part of the evaluation, the test camera is applied to capturing the flying light. Some images of light in the flight have already been reported. They were captured with special advanced imaging devices and data processing technologies. This paper presents for the first time a series of images of the flying light successfully captured by a camera simply with a single silicon image sensor. The cameras with silicon image sensors are easy to handle and convenient for the post data processing. The achievement will open a new horizon of the ultra-high-speed imaging with the silicon image sensors, which will replace the existing imaging devices for the picoto nano-second imaging.
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用工作在10ns的多帧图像传感器捕获的飞行光
2017年,利用硅技术设计并制作了工作在10ns的多帧图像传感器。作为评估的一部分,测试相机被用于捕捉飞行的光。一些飞行中的光线图像已经被报道。他们是用特殊的先进成像设备和数据处理技术捕获的。本文首次成功地用单片硅图像传感器捕获了一系列飞行光的图像。采用硅图像传感器的摄像机操作简单,便于后期数据处理。这一成果将为利用硅图像传感器进行超高速成像开辟新的领域,它将取代现有的皮图纳秒成像设备。
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