IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE (2D21/2051) | Advanced Physics Experiment Setup for Atomic Energy Level Study

Description

The IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE (2D21/2051) is a precision-designed physics laboratory apparatus developed to experimentally determine the ionization potential of mercury atoms. Utilizing the Thyratron Valve 2D21/2051, this setup demonstrates fundamental atomic physics concepts related to electron excitation, ionization, and energy quantization.
It is an essential instrument for undergraduate and postgraduate physics laboratories, engineering colleges, and educational institutions focusing on modern physics and atomic structure experiments.
✅ Key Features
⚛ Atomic Physics Demonstration
Accurately determines the ionization potential of mercury vapor
Demonstrates inelastic collisions and energy quantization
Confirms theoretical atomic energy level concepts experimentally
🔌 Thyratron Valve (2D21/2051) Integration
Uses standard mercury-filled Thyratron tube 2D21/2051
Stable and repeatable experimental results
Long operational life with reliable performance
🎛 Precisely Regulated Power Supply
Smoothly variable accelerating and retarding voltage controls
Built-in meters for accurate voltage and current measurements
Ensures controlled and safe operation during experiments
📊 Clear Observation & Measurement
Sharp current–voltage characteristics for easy analysis
Well-defined ionization points visible on meter readings
Ideal for plotting characteristic curves
🧱 Robust & Student-Friendly Construction
Mounted on a durable metal/insulated panel
Clearly labeled controls and terminals
Designed for repeated academic use
🛡 Safe & Reliable Operation
Low-voltage design suitable for teaching labs
Proper insulation and grounding
Overload protection for extended equipment life
📊 Typical Applications
Determination of ionization potential of mercury
Study of atomic excitation and ionization phenomena
Verification of quantum theory principles
Modern physics practical experiments
B.Sc. and M.Sc. physics laboratory experiments
Engineering physics demonstrations
💡 Why Choose This Model?
Accurate determination of mercury ionization potential
Uses standard Thyratron valve 2D21/2051
Clear demonstration of quantum energy levels
Rugged, easy-to-operate design for students
Essential apparatus for modern physics laboratories