Nuclear Reactor Model
Product Code : SCL-SSLDK-11424
Description:
The Nuclear Reactor Model by Educational Instruments is a durable, high-visibility transparent acrylic model designed to demonstrate the fundamental working principle and structure of a nuclear reactor.
This essential piece of STEM educational laboratory equipment visually explains the basic mechanism of nuclear energy generation.
It clearly illustrates the function of key internal components- like the fuel rods, control rods, and coolant paths- showing precisely how fission reactions produce the heat necessary for converting nuclear power into usable electricity.
This model is a powerful teaching aid for physics classrooms, colleges, universities, and STEM laboratories, helping students grasp one of modern sciences most significant and complex energy technologies.
The model's transparent body allows instructors to visually trace the path from the fuel rods (where the energy is released) through the coolant system (which transfers heat) to the simplified turbine/generator stage.
The movement of the control rods can be physically demonstrated to illustrate how the reaction rate is maintained at criticality
Product Usage: Teaching Nuclear Energy Generation
The Nuclear Reactor Model is utilized as a dynamic, simplified alternative to complex site visits or flat diagrams, enabling clear instruction on energy processes.
Physics & Engineering: Teaching the structure and working of a pressurized water reactor (PWR) or boiling water reactor (BWR) design.
Energy Science: Demonstrating the fission reaction (the splitting of atoms) and the controlled release of heat energy which is then used to boil water.
Environmental Science: Comparing nuclear power plants to traditional thermal power plants (coal, gas), focusing on the steam turbine and generator components common to both.
Safety & Control: Explaining the crucial role of control rods (made of materials like boron) in regulating the chain reaction for safety and efficiency.
STEM Labs: Supporting advanced physics-based learning and promoting discussion about sustainable energy sources.
Key Features:
Clarity: Transparent acrylic body with clearly labeled parts.
Components: Accurately includes essential elements: fuel rods, control rods, and coolant paths
Durability: Durable, easy-to-handle structure mounted for stable tabletop use.
Core Concept: Demonstrates energy generation through the controlled process of nuclear fission
Target Market: Ideal for schools, colleges, universities, and science exhibitions.