Syllabus

PH4076: Solid State Physics Lab. (0-0-3)

1. To study coercivity, retentivity and saturation magnetization of a given ferromagnetic material using BH hysteresis loop tracer.
2. Measurement of magneto-resistance of semiconductor.
3. To find the magnetic susceptibility of solution by Quinck’s U-tube apparatus.
4. To determine activation energy of thermistor.
5. To determine the Susceptibility of Solids by Gouy’s Method
6. To study the dispersion relation for the mono-atomic and di-atomic lattice.
7. To determine dielectric constant of a given specimen at high frequency by Lecher wires.
8. To find dielectric constant of given liquid and its temperature dependence.
9. To find the young modulus of the specimen using piezoelectric oscillator of composite system.

To study experimentally some of the fundamental concepts in condensed matter physics like semiconductor transport, magnetism, dielectric, piezoelectric and lattice dynamics. It includes recording of experiential data, analysis and interpretation of the same.

Students will understand the different properties of the solids by doing different experiments

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