核裂变和聚变反应释放的中子和γ射线携带着核反应区的空间信息。我们采用独特的双截锥厚针孔装置,将中子、γ射线成像于快速塑料荧光体上,使之转换为核反应区的荧光图象。利用分幅或单式幅变象管快门装置,选取不同射线、不同时刻的图像,并通过高速电视摄像系统将其传输到～1km以外的记录系统。记录系统采用扫描变换管图像贮存器和高速显示器实时贮存和拍摄图像。通过计算机增强处理获得了核反应区的等强度 Neutron and gamma rays released by nuclear fission and fusion reactions carry the spatial information of the nuclear reaction zone. We use a unique double-truncated cone thick pinhole device, the neutron, γ-ray imaging on the fast plastic phosphor, making it converted to the nuclear reaction zone of the fluorescence image. The use of sub-frame or single-type vidicon shutter device, select different rays, at different times of the image, and through the high-speed television camera system to transmit ~ 1km beyond the recording system. The recording system uses scan-to-tube image storage and high-speed displays to store and capture images in real time. The equal strength of the nuclear reaction zone was obtained by computer-assisted treatment