Magnetic Susceptibility By Gouys Balance Experiment

Magnetic Susceptibility By Gouys Balance Experiment

Product Details:

  • Display Analog scale
  • Usage Determining paramagnetic and diamagnetic susceptibility of substances
  • Power Manual operation, No electric power required
  • Product Type Physics Laboratory Instrument
  • Material Metal
  • Design Table-top, adjustable balance arm
  • Accuracy High precision, suitable for laboratory use
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Magnetic Susceptibility By Gouys Balance Experiment Price And Quantity

  • 1 Unit
  • Specially designed support for stable measurements
  • Permanent horseshoe magnet provided
  • Accommodates solid or powdered samples up to several grams
  • Detects variations in magnetic susceptibility with micro-level precision
  • Quartz glass
  • Measures force exerted on a sample in a non-uniform magnetic field
  • Set of weights, instruction manual, sample tubes
  • Gouy's Balance with stand and glass enclosure
  • School, college, and university laboratories
  • Polished metal pans for sample and counterweight
  • Corrosion-resistant coating

Magnetic Susceptibility By Gouys Balance Experiment Product Specifications

  • Quartz glass tube for sample holding
  • Approx. 40 x 15 x 20 cm
  • Metal
  • Table-top, adjustable balance arm
  • Physics Laboratory Instrument
  • Determining paramagnetic and diamagnetic susceptibility of substances
  • Approx. 2-3 kg
  • Manual operation, No electric power required
  • Analog scale
  • High precision, suitable for laboratory use
  • Specially designed support for stable measurements
  • Permanent horseshoe magnet provided
  • Accommodates solid or powdered samples up to several grams
  • Detects variations in magnetic susceptibility with micro-level precision
  • Quartz glass
  • Measures force exerted on a sample in a non-uniform magnetic field
  • Set of weights, instruction manual, sample tubes
  • Gouy's Balance with stand and glass enclosure
  • School, college, and university laboratories
  • Polished metal pans for sample and counterweight
  • Corrosion-resistant coating

Magnetic Susceptibility By Gouys Balance Experiment Trade Information

  • 5 Unit Per Week
  • Days
  • All India

Product Description

Magnetic Susceptibility By Gouys Balance Experiment

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.

Features:

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 10 ohms(approx).

DIGITAL POWER SUPPLY FOR ELECTROMAGNET- 0 - 6Amp, 60V digital display, Itis a constant current power supply, with long time operation and continuously variable current.

DIGITAL GAUSS METER: Range: 0-2 K Gauss & 0-20 K Gauss, Resolution: Gauss at 0 2 K Gauss Range, 3 Digit, 7 Segment LED, Power: 220V, 50Hz Special Feature: Indicates the direction of the Magnetic field.

Digital Balance

Set of 2 samples, Aluminium, Brass

Specification

I Deal In

New Only

Color

Black

Packaging Type

1 set

Type

Digital

Model Name/Number

AE 229A

Material

metal

Usage/Application

Laboratory Instruments



Precision Magnetic Measurements

With micro-level sensitivity, this Gouys Balance system accurately detects and quantifies variations in magnetic susceptibility of various samples. Its polished metal pans and specialized suspension deliver stable, repeatable results essential for academic and research experiments.


Durable and Safe Laboratory Design

A corrosion-resistant finish and sturdy glass enclosure safeguard the instrument and users, ensuring long-term reliability. The apparatus accommodates samples up to several grams, making it suitable for a wide range of experimental needs in educational environments.


Comprehensive Accessories Included

For immediate setup, the kit provides quartz glass sample tubes, a tailored set of weights, and a detailed instruction manual. These accessories simplify the experiment process for students and educators alike.

FAQs of Magnetic Susceptibility By Gouys Balance Experiment:


Q: How does the Gouys Balance experiment measure magnetic susceptibility?

A: The experiment operates by placing a sample in a non-uniform magnetic field created by a permanent horseshoe magnet. The system detects the force exerted on the sample due to its magnetic properties. This force is measured using a precision balance and analyzed to determine the samples magnetic susceptibility.

Q: What types of samples can be tested with this apparatus?

A: The Gouys Balance can accommodate both solid and powdered samples made of various materials. Quartz glass sample tubes are provided, enabling safe handling of specimens up to several grams in weight.

Q: When is this equipment typically used in laboratories?

A: Schools, colleges, and university laboratories utilize this apparatus for teaching and research purposes in physics, chemistry, and material science, especially when studying magnetic properties or characterizing unknown samples.

Q: Where should the Gouys Balance system be set up for best results?

A: For the most accurate readings, set up the balance on a flat, vibration-free surface inside the provided glass enclosure. This helps protect the instrument from environmental interference and stabilizes measurements.

Q: What is the process for conducting the experiment?

A: After assembling the balance and setting up the sample and counterweight, the specimen is suspended between the magnetic poles. The force exerted on the sample is observed via changes in the balance, and the readings, alongside the weight set, are used to calculate susceptibility.

Q: How is the sensitive suspension system beneficial for measurements?

A: The specially designed suspension system minimizes external disturbances and ensures the sample remains stable. This results in reliable measurements and improved precision at the micro-level, which is essential for academic analysis.

Q: What accessories are included and how do they enhance usage?

A: The kit includes polished metal pans, a set of weights, quartz glass sample tubes, and an instruction manual. These accessories support sample handling, precise force measurement, and clear guidance, streamlining experimental workflow for users at all expertise levels.

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