9月 28 2018 0 目录 Basic concepts 显微成像的基本问题Imaging 成像Microscopic imaging 显微成像Resolution 分辨率Magnification 放大率Field of View 视场Concepts of object, image and resolution 物体、像、分辨率的概念Basic Principles for Microscopic Imaging 显微成像的基本原理Geometric Optical Imaging Formula 几何光学成像公式Rays and wavefrontsBasic LawsGaussian OpticsMagnification of a MicroscopeResolution Limit Imposed by Wave Nature of Light for conventional microscopyThe Diffraction Barrier in Optical Microscopy 光的衍射效应对显微成像分辨率的限制Partial coherence limit 部分相干性对显微成像分辨率的限制Basic conceptsThe influence of the condenser on resolution in a microscopeKöhler's illumination and improved Köhler's illuminationAlignment of Köhler Illumination*Interference limitBasic Principles for Modern Microscopic Imaging 现代显微成像的原理High depth resolution optical tomography principle 高深度分辨光学断层成像原理Optical SectioningConfocal Microscopy 基于共焦现象的显微成像基于多光子效应的显微成像基于宽带光源低相干性的显微成像基于结构照明的显微成像Imaging method that achieves diffraction-limited resolution in the lateral direction 横向方向上实现超过衍射极限分辨率的成像方法 这是一篇受密码保护的文章，您需要提供访问密码： 密码： 文章导航 上一篇文章上一篇 Chp 5.3 游览博物馆 – De Young Museum下一篇文章下一篇 科学系统的描述方法