⚡ Electric Field Deflection Simulator
Particle Type
Voltage (V) 1.0
Capacitor Length (m) 3.0
Plate Distance (m) 1.0
Velocity (km/s) 1.0
Export Report (Full)
🛠️ User Guide | How to Use the Electric Field Tool
- Select Particle: Choose a charged particle (e.g., Proton, Alpha, Lithium) from the dropdown menu to set Mass and Charge.
- Adjust Parameters: Use the sliders to modify Voltage (V), Velocity, Plate Distance, and Capacitor Length.
- Fire Simulation: Click the ▶ SHOOT button to release the particle from the Source into the Electric Field.
- Analyze Deflection: Watch the beam path in the Chamber View. The total vertical deflection (cm) will appear in a popup box.
- Graph Data: Every shot automatically plots a point on the Deflection vs. Voltage graph to visualize the relationship.
- Zoom Controls: Use the (+) and (-) buttons inside the Chamber View to inspect the particle's path closely.
- Export Report: Click 📷 Save Image or 📄 Save PDF to download a combined report of your simulation view and graph data.
🎯 Tip: Vary the Voltage while keeping Velocity constant to generate a perfect linear graph!
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| Electric Field Deflection Simulator |
2 Comments
nice
ReplyDeleteI just want to say that this is the perfect model perfect! I shot multiple project files and it gives me precise and accurate results all the time. I suggest this block to my classmates and I also use extracted results in my project thesis. Apart from this I like the most is, it's export result feature.
ReplyDeleteI want to thanks all the team 3D physics lab