Stirling Engine w/ Generator Power Measurement скачать в хорошем качестве

Stirling Engine w/ Generator Power Measurement

This is a glass and metal Stirling engine with a generator. This video is about measuring the power output. The power output seems to be about 0.12 watts max. OTHER STIRLING ENGINE VIDEOS (including this one): Stirling Engine Specs For DIYers    • Stirling Engine Specs For DIYers   Unusual Stirling Engine "Teardown" & How It Works    • Unusual Stirling Engine "Teardown" & How I...   Stirling Engine With Propeller    • Stirling Engine With Propeller (4K)   Stirling Engine - How It Works In Simple Terms:    • Stirling Engine - How It Works In Simple T...   Building A Stirling Engine, Laminar Flow Type, First Attempt Part 1    • Building A Stirling Engine, Laminar Flow T...   Stirling Engine Doubling Efficiency Experiment    • Stirling Engine Doubling Efficiency Experi...   Thermo Acoustic Stirling Engine - Simply Genius    • Thermo Acoustic Stirling Engine - Simply G...   Stirling Engine w/ Generator - Gamma, Walking Beam Style    • Stirling Engine w/ Generator - Gamma, Walk...   Stirling Engine w/ Generator Power Measurement    • Stirling Engine w/ Generator Power Measure...   Stirling Engine w/ Generator, 2 Piston Gamma Type    • Stirling Engine w/ Generator, 2 Piston Gam...   Stirling Engine - High Temperature, 2 Piston Gamma    • Stirling Engine - High Temperature, 2 Pist...   Stirling Engine That Uses Ice for "Fuel"???    • Stirling Engine That Uses Ice for "Fuel"???   Stirling Engine - Low Temperature    • Stirling Engine - Low Temperature   WARNING: Hot parts, open flame, flammable liquids. Danger of fire and burns. Not for children. This model vibrates badly and the fuel can gets way too hot. Use proper precaution. If you don't know, learn first or do not do it. Disclaimer: This information is presented as entertainment only on an "as is" basis and any use the viewer makes of it is solely up to them, and it is their responsibility to determine if the information remains current and if it is applicable to their situation. The viewer is responsible for any and all safety involving this. Viewing this video is the viewer's agreement to these terms and conditions. If you do not agree, stop now. #stirling #cleanenergy #StirlingEngine #DIYScience #Thermodynamics #d4a