Determination. Analytical and Graphical
Methods for (Known Unit Cell), Bernel Chart, Interpretation of Oscillation
Photographs.
8
Unit IV Concept of Reciprocal Lattice, Vector Demonstration of Reciprocal Lattice In
Two Dimensions, Bragg’s Diffraction Condition In Terms of Reciprocal Lattice,
Brllioun Zones. Diffraction of Electrons and Neutrons, Inelastic Scattering,
Applications.
7
Unit V Inter-Atomic Forces Cohesive Energy of a Solid, Molecular Crystals, Ionic
Crystals and Madelung Constant, Covalent Crystals and Metals, Lattice
Dynamics of Mono Atomic and Diatomic Lattices. Infrared Absorption by Ionic
Crystal Lattice, Localized Lattice Vibrations, Localized States and Associates
Wave Function, Anharmonicity and Thermal Expansion, Thermal Conductivity.
8
Unit VI Specific Heat: Dulong and Petit Law, Lattice Specific Heat, Temperature
Dependence of Specific Heat, Einstein and Debye Theories, Electronic and
Lattice Contributions to Specific Heat.
7
- Teacher: RAJ PARKHI
COURSE CONTENTS: Research Methodology and Intellectual Property Rights
Unit I
Foundation of research
Meaning of research, objective of research, types of research, scientific method, pure and applied research, experimental research, steps in research.
12
Unit II
Review and planning of research
Review of literature, sources of literature review work, planning, selection of problem, formulation of selected problem, hypothesis, Research Design.
12
Unit III
Data collection and paper writing
Meaning and importance of data, type of data and tools for data collection, layout of a Research Paper, referencing and footnotes, Journals in Physics, Impact factor of journals, Plagiarism and Self-Plagiarism.
12
Unit IV
Analytical Techniques
Block diagram, working principle and applications: UV-Visible, FT-IR, Scanning electron microscope, Transmission electron microscope, AFM, PL Spectrometer, Powder XRD, Dielectric measurement (solid/liquid), Thermal Analyzer (DSC & DTA), Ultrasonic interferometer.
12
Unit V
Intellectual property rights (IPR)
Patents, Designs, Trademark, Copyright, technological research, innovation, techniques of writing a patent.
12
Unit VI
Patent rights and new developments in IPR
Licensing and transfer of technology, royalty, geographical indications, rights of patentee, new developments in IPR.
12
- Teacher: Gaurav Satav
1. Define and understand basic mechanical concepts related to advanced problems involving the dynamic motion of classical mechanical systems and describe and understand the motion of the forces in non-inertial systems.
2. Describe and understand the motion of a mechanical system using Lagrange’s formalism.
3. Describe and understand the motion of a mechanical system using Hamilton’s formalism.
4. State the concept of two body central force problem, reduction to the equivalent one body problem, equation of motion and first integral, Virial theorem.
5. Able to explain the Canonical Transformations, figure out the Small oscillations, principal axis transformation, normal coordinates and its applications to linear molecules.
1. Understand the steps in research and pure and applied research.
2. Formulation of selected problem and understand the research design.
3. Test the research hypothesis, understand the data collection and prepare the scientific research paper.
4. Understand Characterization techniques in Physics
5. Explore on various IPR components and patent writing.
6. Understand the adequate knowledge on patent and rights
- Teacher: Gaurav Satav
DSE III (i): Condensed Matter Physics-I
- Teacher: RAJ PARKHI
- Teacher: Sandeep Waghuley