![]() Each kit includes all the necessary components and a manual that contains both detailed setup instructions and extensive teaching materials. Thorlabs' educational line of products aims to promote physics, optics, and photonics by covering many classic experiments, as well as emerging fields of research. The extensive manual provides mathematical and theoretical background material, as well as many exercises for students to demonstrate the various optical effects that can be achieved with Fourier Optics. Students alter the patterns in the Fourier plane using a chrome-on-glass mask, rotating slit, or iris. A beamsplitter and lens project the pattern from the Fourier plane onto a screen for direct viewing. ![]() In this kit, an etched, chrome-on-glass target with fourteen different patterns serves as the object. The study of Fourier optics allows students to enhance their understanding of Fourier transforms and image formation. The image of the object, which is formed by a second lens, can be altered in a variety of ways by manipulating the pattern in the Fourier plane. The Fourier transform of the object is projected onto the back focal plane of the lens, otherwise known as the Fourier plane, a fact not described by simple geometric optics. In an imaging system, such as a microscope, image formation can be understood as the interference of light diffracted by the sample and collected by the objective lens. Demonstrate Various Image Processing Techniques.Investigate Formation and Manipulation of Images in the Context of a Microscope.Manipulate Images of 14 Chrome-on-Glass Microstructured Patterns.Understand the Principles of Fourier Optics Using a 4f Optical Setup.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |