Professional Optical Principle Demonstration: This kit is designed for physical optics experiments, effectively demonstrating the dispersion of white light into a spectrum and its recombination into white light. It vividly illustrates the principles behind rainbow formation, making it ideal for educational purposes. Complete Experimental Component Configuration: The set includes two 60° apex angle triangular prisms, a specialized prism table, and a compatible parallel light source. This configuration provides a comprehensive solution for conducting experiments on optical dispersion and synthesis. Standard White Light Dispersion Operation: Equipped with a dedicated power supply, this kit allows for adjustment of the lens to project a clear filament image. By positioning the prism and adjusting the table to a 57° incident angle, users can observe a vivid seven-color spectrum on any screen or wall. Accurate Seven-Color Light Synthesis Operation: By aligning the second prism opposite the first, the dispersed spectrum is recombined into white light. This setup demonstrates the shift and recombination of light, providing a clear understanding of light behavior. Intuitive Optical Phenomenon Display: The kit ensures a clear and distinct experimental outcome, which helps in demystifying the complex principles of white light composition and spectrum distribution. It is an excellent tool for in-depth optical studies and demonstrations. Description/Features: The White Light Dispersion and Synthesis Demonstrator is an essential tool for physical optics experiments and demonstrations. It effectively showcases the dispersion of white light into its constituent colors and the subsequent recombination into white light. This device serves as a practical demonstration model to validate the principles of spectrum formation in educational and research settings. Specifications: Purpose: Designed for use in physical optics experiments to demonstrate and explore the phenomena of light