通过对酸溶法光纤传像束材料和拉制工艺方面的研究，阐述了酸溶法光纤传像束的工艺原理。
The paper expounds the working principles of optical fiber image transmitting bundle by acid-leaching technology according to research on the quality of glass and its making technology, .
本文阐述了光纤传像束的工作原理并着重介绍了光纤传像束在工业、医疗以及军事等方面的应用。
This paper describes the principle of optical fiber image bundles, and also introduces its applications in industry, medicine and military.
阐述了酸溶法光纤传像束的工艺原理及特点，并提出了用酸溶法光纤传像束复合成复式大截面光纤屏。
The idea of using the imaging optical fiber bundles made by acid-leaching technology to combine into large-section fiber optic screen is proposed.
通过对光纤传像束同像元不同耦合情况的分析，具体推导了不同耦合情况调制传递函数（MTF）的解析表达式，并进行了对比分析。
Different MTF equations are derived from the analyses of different couplings of flexible image bundles and CCD pixels and contrastive analyses are made.
结果表明：线阵光纤束波长编码传像的效果和特性随波长编码方向与线阵光纤束排列方向夹角的不同而不同。
The result shows that the transmission characteristic is different if the Angle between the direction of wavelength encoding and the direction of array of optical fiber bundle changes.
在波分复用光纤传像系统中，像束光纤的相关性错位误差将直接影响整个光纤传像系统的综合成像效果。
In optical fiber image transmission system with wavelength multiplexing employed, the coherent error of image bundle will directly affect the whole system's imaging quality.
利用传像光纤束传输图像，受目前加工工艺限制，不可避免地出现断丝，断丝引起的盲元必然造成信息丢失。
There are broken fibers which cause blind pixels in image-carrying fiber bundles due to limitations of manufacture technology.
利用传像光纤束传输图像，受目前加工工艺限制，不可避免地出现断丝，断丝引起的盲元必然造成信息丢失。
There are broken fibers which cause blind pixels in image-carrying fiber bundles due to limitations of manufacture technology.
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