Abstract: tinued development of the vacuum tube results in image intensifiers with ever increasing capabilities in spatial resolution, and time resolution. Detectors with resolution exceeding 3000 $MUL 2000 pixels have been developed for ground base astronomy, and space telescopes, where the extreme sensitivity in the visible, UV, X-, and Gamma parts of the spectrum are of primary consideration. Such detectors are now finding applications in biomedicine. In particular beta-labelled autoradiography and fluorescent imaging of sensitive samples at very high resolution with very low stimulation are possible. The time resolution of the detectors can be exploited in new areas such as fluorescent lifetime imaging and transillumination of tissues. It is confidently expected that the new detectors will find many more applications and this paper is an attempt to stimulate discussion. !23
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机译：摘要：真空管的持续发展导致图像增强器在空间分辨率和时间分辨率方面的能力不断提高。已经开发了分辨率超过3000 $ MUL 2000像素的探测器，用于地基天文学和太空望远镜，其中光谱，可见光，UV，X和Gamma部分的极高灵敏度是主要考虑因素。这种检测器现在正在生物医学中找到应用。特别是，β标记的放射自显影和敏感样品在非常低的刺激下以很高的分辨率进行荧光成像是可能的。探测器的时间分辨率可用于新领域，例如荧光寿命成像和组织透射照明。可以肯定的是，新型检测器将找到更多的应用，本文旨在激发人们的讨论。 ！23
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