Thermoelectric thermometry assembly, Seebeck effect, 5 types of connections on support panels.

EQ163A

Function

Intended for experimental study, physics laboratory work, and conducting physics experiments on: Physics. Thermoelectric thermometry. The emergence of an electromotive force (EMF) in a thermoelectric couple whose junctions are subjected to different temperatures. The thermoelectric EMF at different points in a chromel, constantan, and copper combination. The copper-constantan thermoelectric couple and the measurement of the thermoelectric EMF. The differential thermocouple. The chromel-alumel thermoelectric couple and the measurement of the thermoelectric EMF. The iron-constantan thermoelectric couple and the measurement of the thermoelectric EMF. The iron-constantan thermoelectric couple with intermediate copper and the measurement of the thermoelectric EMF, etc.

Areas of Knowledge

Physics, thermodynamics, engineering, transport phenomena.

Main Experiments

• The emergence of an electromotive force (EMF) in a thermoelectric pair whose junctions are subjected to different temperatures. — 1093.045
• The copper-constantan thermoelectric couple and the measurement of thermoelectric emf. — 1093.046
• The Chromel-Alumel thermoelectric couple and the measurement of thermoelectric emf. — 1093.060
• The iron-constantan thermoelectric couple and the measurement of thermoelectric emf. — 1093.065
• The iron-constantan thermoelectric couple with copper in between and the measurement of the thermoelectric emf. — 1093.070
• The thermoelectric emf at different points in a chromel, constantan, and copper alloy. — 1093.045A