Gudden F
Rontgenblatter. 1984 Dec;37(12):429-32.
The progress achieved in microelectronic components can be used very advantageously for X-ray transmission images by digitising the output signals of an image intensifier TV chain and storing the digital values in a semiconductor memory. Problems are caused by the very large data volume and data rates. The increased dynamic range, possibilities of image postprocessing without loss in quality, reduced radiation exposure and instant images displayed on a monitor justify the higher costs compared with film. For long term storage film will be used, especially in the form of multiformat film.
微电子元件所取得的进展可非常有利地用于X射线透射图像，方法是将图像增强器电视链的输出信号数字化，并将数字值存储在半导体存储器中。然而，非常大的数据量和数据速率会带来问题。与胶片相比，动态范围的增加、无损图像后处理的可能性、减少的辐射暴露以及在监视器上显示的即时图像，证明了更高成本的合理性。对于长期存储，将使用胶片，特别是多格式胶片的形式。
