This digital intelligent thermal experiment system is specially designed for university thermal physics and comprehensive physics laboratories. The system effectively addresses key requirements such as heating safety, precise temperature control, and high-accuracy temperature measurement. It integrates fundamental thermal experiments, comprehensive application experiments, and research-oriented projects into a single platform, providing students with a thorough understanding of thermal physics principles and measurement techniques.
Manufactured by Atico Export India.
Experimental Principle and Content
- Measurement of Liquid Surface Tension
- Determination of Liquid Specific Heat Capacity
- Measurement of Liquid Density
- Determination of Thermal Conductivity of Poor Conductors
- Measurement of Solid Density
- Determination of Metal Specific Heat Capacity by Cooling Method
- Study of Pressure Sensor Characteristics
- Investigation of Cooling Laws
- Measurement of the Heat of Vaporization of Water by Electrothermal Method
- Determination of Specific Heat Capacity of Solids by Electrothermal Method
- Design of Thermocouple Digital Thermometer
- Design of PN Junction Digital Thermometer
- Design of Pt100 Digital Thermometer
- Design of Digital Thermometer Using Integrated Temperature Sensor
- Resistance Thermometer and Unbalanced Bridge Experiment
- Measurement of Metal Resistance Temperature Coefficient Using Integrated Temperature Sensor
- Thermocouple Calibration
- Determination of Thermal Equivalent of Power
- Measurement of PN Junction Forward Voltage Temperature Characteristics
- Study of Thermistor Temperature Characteristics
- Determination of the Linear Expansion Coefficient of Metals
