AL-E414 Gouy’s Balance Experiment

Magnetic Susceptibility by Gouys Balance Experiment

Product Code:In stock

*An ENGLISH instruction manual with elaborate experimental procedures and block diagram etc. shall be provided with the training system set-up.

The principal of operation of this experiment is magnetic susceptibility which can be explained as a dimensionless proportionality constant which can be used to measure the degree of magnetization of a material relative to an applied magnetic field on the same. Is simple words it can also be termed as magnetizability, the proportion between magnetic moment and magnetic flux density.
The equipment which we are using here to understand the phenomenon of magnetic susceptibility is Gouy's balance. This unconventional balance is designed to measure the apparent change in the mass of the sample as it is repelled or attracted by the region of high magnetic field between the poles. The balances which are used for this application have a port at their base.

Measurement of Susceptibility of Paramagnetic Solids by Gouy’s Method.

Features:

1. ELECTROMAGNET - Made of soft iron, specially design for Hall Effect experiments, mounted on a wooden base for stable performance, Pole pieces :- 50mm dia. tapered type Field :- 7.5kg at 10mm. air gap, Energizing Coils :- Two coils each with total resistance of 9 ohms (approx).
2. DIGITAL POWER SUPPLY FOR ELECTROMAGNET - 0 - 6Amp, 60V digital display, It is a constant current power supply, with long time operation and continuously variable current.
3. DIGITAL GAUSS METER: Range: 0-2 K Gauss & 0-20 K Gauss, Resolution: 1Gauss at 0-2 K Gauss Range, Accuracy: ± 0.5%, Display: 3 ½ Digit, 7 Segment LED, Power: 220V, 50Hz Special Feature: Indicates the direction of the Magnetic field.
• Gauss Probe
4. Digital Balance (0-200gm, 0.001 accuracy)
• Set of 4 samples, Aluminium, Brass, Cupper and Nichrome