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Brownian Motion Demonstrator
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This apparatus consists of a glass smoke cell, a cylindrical Whitley Bay pattern condensing lens, and a laser source. Students can observe Brownian motion of smoke particles in the smoke cell on the work stage of a microscope.
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Magnetic Ringbom Stirling Engine
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The Ringbom Stirling Engine operates on low heat and uses a magnet instead of a piston to drive the piston!
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Low Temperature Difference Stirling Engine
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This attractive and economical Stirling Engine is both engaging and a great educational tool. It runs by exploiting the the heat flow generated by the small temperature between room temperature and a container of hot water or ice.
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Replacement Suspension Wires for Cavendish Gravitational Balance
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This is a pack of 5 replacement suspenion wires for the Cavendish Gravitational Balance.
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Ultra Low Temperature Difference Stirling Engine
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The Ultra Low Temp Stirling Engine will even run off the heat of your hand!
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Clear Low Temperature Difference Stirling Engine
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This attractive and economical Stirling Engine is both engaging and a great educational tool. It runs by exploiting the the heat flow generated by the small temperature between room temperature and a container of hot water or ice.
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Basic Stirling Engine
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The Stirling Engine is an External Combustion Engine (the heat source is outside the engine) and can use any available source of adequate heat or cold. It is a classic illustration of converting heat energy into mechanical work using a thermodynamic cycle similar to the well-known Carnot cycle.
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Thermoacoutsitc Stirling Engine
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Thermoacoustic devices are very different from Stirling devices, although the individual path traveled by each working gas molecule does follow a real Stirling cycle. These devices include the thermoacoustic engine and thermoacoustic refrigerator(cold side).
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Manson Cycle Stirling Engine
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The Stirling Engine is an External Combustion Engine (the heat source is outside the engine) and can use any available source of adequate heat or cold. It is a classic illustration of converting heat energy into mechanical work using a thermodynamic cycle similar to the well-known Carnot cycle.
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Small Brass Steam Engine
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This impressive little single-piston steam engine works as good as it looks! It stands just under 5" tall with a 1-1/4" diameter wheel. Water is heated in the chamber (note: flame is used in operating this product). The steam pushes the piston and makes the wheel spin.
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