本书系统地、较全面地论述了到目前各种红外光学材料的光学、热学和力学性质（参数），各种红外光学材料的制备方法及工艺，以及工艺条件对各种性能产生影响。同时，对应用中所必须要考虑的增透膜和保护膜也做了论述，CVD金刚石是理想的窗口材料，对金刚石的性质、CVD金刚石的合成机理、制备方法以及后续加工方法也做了介绍。

本书精选了331个有机人名反应。每个反应均给出一步一步详尽的电子转移机理和相关原始的及含2003年度在内的参考文献。全书列出的2740多篇参考文献中有相当部分是综述类论文，以帮助读者更好地理解和认识有机反应，同时为深入应用有机反应提供了方便。 本中译本是根据2003年出版的第2版翻译的，可供大学院校师生和有关科研工作者参考使用。

本书系统地、较全面地论述了到目前各种红外光学材料的光学、热学和力学性质（参数），各种红外光学材料的制备方法及工艺，以及工艺条件对各种性能产生影响。同时，对应用中所必须要考虑的增透膜和保护膜也做了论述，CVD金刚石是理想的窗口材料，对金刚石的性质、CVD金刚石的合成机理、制备方法以及后续加工方法也做了介绍。

本书从力学与数学基础出发，由简入繁，构成了理论模型、定位方法、定量检测和寿命预测的完整框架。首先简要介绍了弹性力学与数学基础，为后续波动力学建模提供基础知识；其次，介绍板、管结构中导波波动方程和解，为导波多模态和频散特性提供解析解。

连铜淑所著《反射棱镜与平面镜系统--光学仪器的调整与稳像》介绍了反射棱镜与平面镜系统于静止和运动两种状态下的物、像空间共轭关系的一般理论。在此基础上，探讨了用平面镜、反射棱镜作光学调整和光学稳像的一般规律和原理。通过计算，对几种典型光学仪器的光学系统的调整、扫描、稳像等问题以及某些棱镜在光学系统中的调整或稳像的特性，进行了系统而深入的分析论证。对反射棱镜光学平行差的分析以及平行差公差的计算也有较详细的讨论。书中还介绍了必要的数理基础，提供了含54块常用棱镜的反射棱镜（调整）图表。

The study of optics goes back thousands of years. Early reports can be traced to the Ancient Greeks, notably Aristotle and Democritus speculating about vision and Archimedes' famouurning glass.' The fact that the subject is alive and kicking after so long is evidenced by the explosion in the latter half of the twentieth century of communications, entertainment, manufacturing, and medical applications all based on optics. However, the basic principles of classical optics have not changed in recent years and we have to go back to 1953 to find a Nobel Prize winner in the field (Frits Zernike for the phase contrast microscope). With optics underpinning so much modern technology, the authors believe that there is still a significant need for a basic teaching text in optics. In fact, if anything the need is increasing in many scientific fields and there is no sign that this will change in the coming years. ...

The study of optics goes back thousands of years. Early reports can be traced to the Ancient Greeks, notably Aristotle and Democritus speculating about vision and Archimedes' famouurning glass.' The fact that the subject is alive and kicking after so long is evidenced by the explosion in the latter half of the twentieth century of communications, entertainment, manufacturing, and medical applications all based on optics. However, the basic principles of classical optics have not changed in recent years and we have to go back to 1953 to find a Nobel Prize winner in the field (Frits Zernike for the phase contrast microscope). With optics underpinning so much modern technology, the authors believe that there is still a significant need for a basic teaching text in optics. In fact, if anything the need is increasing in many scientific fields and there is no sign that this will change in the coming years. ...

本书主要内容涉及复振幅编码及光学图像加密的理论、方法和实验等。自双随机相位编码的概念和方法提出以来，光学图像加密已成为信息光学的重要研究内容之一。本书在介绍光学图像加密技术研究和发展概况的基础上，结合作者近年的研究工作，主要讲述了复振幅编码和光学图像加密。 本书可作为光学工程、物理学（光学）等专业的高年级本科生和研究生教材，也可以作为相关领域科研人员的参考书。