Computerized Stefan–Boltzmann Apparatus

Description

This apparatus is designed to determine Stefan–Boltzmann constant for radiation heat transfer. The apparatus consists of a flanged copper hemisphere fixed on a flat non-conducting plate. A test disc made of copper is fixed to the plate, thus the test disc is completely enclosed by the hemisphere. The outer surface of the hemisphere is enclosed in a vertical water jacket used to heat the hemisphere to a suitable constant temperature. Three Cr-Al type thermocouples are attached at three strategic places on the surface of the hemisphere to obtain the temperatures. The disc is mounted on a Bakelite sleeve which is fitted in a hole drilled at the center of the base plate. Another Cr-Al thermocouple is fixed to the disc to record its temperature.

Experiments you can perform

1. Determine the Stefan–Boltzmann constant for radiation heat transfer

Features

• Extensive range of Experiments
• Comprehensive teaching manual
• Three-year warranty
• Aesthetically designed and finished Rig
• High Quality instrumentation