- LYILIN Straight-In Cathode Ray Tube: This tube effectively demonstrates the principle that cathode rays travel in straight lines and can be obstructed by metal, providing a clear visual of this fundamental concept in physics. - Electrostatic Effect Cathode Ray Tube: With this tube, observe how cathode rays deflect in an electric field, illustrating that they are streams of negatively charged particles, or electron flow. This feature is essential for understanding the behavior of charged particles in electric fields. - Magnetic Field Effect Cathode Ray Tube: This product showcases the deflection of rays in a magnetic field, confirming that cathode rays consist of charged particles emitted from the cathode. This demonstration is crucial for applications in electromagnetism and particle physics. - Mechanical Effect Polar Ray Tube: This tube reveals how cathode rays can produce mechanical motion in objects, highlighting the momentum and energy carried by these rays. This functionality is important for experiments involving momentum transfer and kinetic energy. Applications: - Ideal for educational settings, such as high school or university physics labs, where students can visually grasp the principles of cathode rays and their interactions with electric and magnetic fields. - Useful for demonstrations in science fairs or exhibitions, allowing audiences to engage with fundamental physics concepts in an interactive manner. - Suitable for research institutions focusing on particle physics, providing a hands-on tool for experiments related to charged particle behavior. Key Attributes: - Function: Demonstrates key principles of physics related to cathode rays. - Compatibility: Suitable for use in educational and research environments. - Size: Standard dimensions for laboratory equipment, easy to integrate into existing setups. - Material: Constructed with high-quality materials ensuring durability and reliability. - Performance: Provides accurate and reliable demonstrations of cathode ray phenomena.