n.消色差化(色差的消除)
In this paper,the achromatization and thermal compensation functions of DOEs in infrared imaging systems are discussed with design example. 本文以实例阐述衍射光学元件在红外成像系统中的应用。
The influence of input beam size on the maximum intensity in the focus of singlet lens and achromat was compared. 比较了消色差透镜及单透镜中脉冲初始光腰尺寸对聚焦的影响.
Abstract: The diffractive optical elements(DOEs)used in imaging systems has many advantages,such as achromatization and thermal compensation besides the features of saving in mass and volume. 文摘:采用衍射光学元件除了能减小成像系统的体积和重量外,还具有许多传统光学元件无法比拟的优越性,如消色差和热补偿功能等。
The diffractive optical elements(DOEs)used in imaging systems has many advantages,such as achromatization and thermal compensation besides the features of saving in mass and volume. 采用衍射光学元件除了能减小成像系统的体积和重量外,还具有许多传统光学元件无法比拟的优越性,如消色差和热补偿功能等。
