Course Details
Subject {L-T-P / C} : PH5074 : Thin Film and Low Temperature Physics Laboratory { 0-0-3 / 2}
Subject Nature : Practical
Coordinator : Prof. Anil Kumar Singh
Syllabus
1. To Study Thin Film Deposition Techniques by PVD.
2. To Study Thin Film Deposition Techniques by RF Sputtering.
3. To Study Thin Film Deposition Techniques by Spin Coating.
4. To Study Thin Film Deposition Techniques by Dip Coating.
5. To Study the Vacuum Variation With Time by Rotary Pump.
6. To Find R Vs T Curve of Superconducting Sample.
7. To Study the Temperature Dependent Capacitance, Loss and Magneto-Capacitance
of aMultiferroic Sample
8. To Study the Frequency Dependent Capacitance, Loss and Impedance of a
Multiferroic Sample.
9. To Find Temperature Dependent Resistivity of a Sample:+Ve Temperature Coefficient
of Resistance & -Ve Temperature Coefficient of Resistance.
10. To Find Temperature Dependent Capacitance of a Sample at Low Temperature.
Reference: Laboratory
Course Objectives
- This provides an understanding of vacuum science and the preparation of thin films and experiments on low-temperature experiments
- Characterize various materials and devices for their transport properties in a temperature range of 10-300K.
- Students can also perform the standard experiments to learn the physics of a few phenomena and low-temperature experimental techniques.
Course Outcomes
In the process of development of thin films, this provides knowledge to characterize conducting, semiconducting and superconducting materials at low temperature
Essential Reading
- Laboratory Manual, Laboratory Manual, Department
- A. Chambers, Basic Vacuum Technology, 2nd Edition, CRC Press LLC , ISBN-100750304952, ISBN-139780750304955
Supplementary Reading
- P.V.E. McClintock, D.J. Meredith, J. K. Wigmore, Low-Temperature Physics: an introduction for scientists and engineers: An introduction for scientists and engineers, Springer , ISBN-10 ? : ? 9401050104 <br />ISBN-13 ? : ? 978-9401050104
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