Modern Materials, Liquid crystal, Inorganic polymer and fiberglass
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Course Material
- Surface phenomena, adsorption and absorption
- Derivation of Freundlich and Langmuir adsorption isotherm
- Concept of colloids, classification, preparation
- Colloids Phy/Che properties, Applications,
- Concept of Spectroscopy, UV visible spectroscopy
- IR Spectroscopy and IR active modes of vibration
- IR instrumentation, finger print and functional group region
- Mids
- IR spectrum analysis and introduction to nuclear chemistry
- Nuclear stability explanation with graphs
- Types of nuclear reactions, alpha, beta, gamma and penetration power of nuclear radiation
- Decay series, Fission and fusion reactions, uses of radioactive isotopes
- Nuclear reactor, Nuclear hazardous, Safety measures
- Chemical industries and manufacturing of H2SO4
- Glass and Cement industry
- Modern Materials, Liquid crystal, Inorganic polymer and fiberglass
- Chapters 16
- Department Chemistry
- Teacher
Ms. Rabia Batool
