Soumyaupadhyay
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Presentation microbial metabolism
●Microbial metabolism ●glycolysis pathway ●respiration ●photosynthesis ●chemolithotrophy ●nitrogen cycle
- Presentation
- • 48 pages •
●Microbial metabolism ●glycolysis pathway ●respiration ●photosynthesis ●chemolithotrophy ●nitrogen cycle
Summary - archaebacteria
Content: ●Introduction ●archaeal cell wall ●archeal lipid and membrane ●metabolism ●archaeal taxonomy ●significance of Archaebacteria ●reference
- Summary
- • 42 pages •
Content: ●Introduction ●archaeal cell wall ●archeal lipid and membrane ●metabolism ●archaeal taxonomy ●significance of Archaebacteria ●reference
Summary - thermal radiation
Thermal radiation
- Summary
- • 80 pages •
Summary - Physics (classical mechanism)
What is classical Mechanics? Where classical mechanics fails? Failure of the planetary model of the atom Niels Bohr’s explanation Classical explanation for blackbody radiation Blackbody Radiation Heat Capacities of Solids Atomic spectra The Photoelectric Effect The correspondence principle Summary - Physics
- Summary
- • 31 pages •
What is classical Mechanics? Where classical mechanics fails? Failure of the planetary model of the atom Niels Bohr’s explanation Classical explanation for blackbody radiation Blackbody Radiation Heat Capacities of Solids Atomic spectra The Photoelectric Effect The correspondence principle Summary - Physics
Summary - Part B, B3: Quantum, Atomic And Molecular Physics
Laser Stimulated (induced) EmissionSpontaneous Emission vs Stimulated emission Spontaneous (Self) Emission Population inversion How laser worksEnergy Distribution 2. Pumping 3. Optical resonator1. Amplifying/active medium Emission and Absorption – Basic ideas Three basic processes Einstein relation between spontaneous and stimulated emission or transition probabilities
- Summary
- • 39 pages •
Laser Stimulated (induced) EmissionSpontaneous Emission vs Stimulated emission Spontaneous (Self) Emission Population inversion How laser worksEnergy Distribution 2. Pumping 3. Optical resonator1. Amplifying/active medium Emission and Absorption – Basic ideas Three basic processes Einstein relation between spontaneous and stimulated emission or transition probabilities
Summary - Part B, B3: Quantum, Atomic And Molecular Physics
●EM spectrum ●X-ray characteristics ●X-ray diffraction ●bragg's law ●XRD
- Summary
- • 31 pages •
●EM spectrum ●X-ray characteristics ●X-ray diffraction ●bragg's law ●XRD
Summary - oxygenic and anoxygenic microorganisms
●Microbial Physiology and Metabolism ●Oxygenic and anoxygenic photosynthesis ●Chlorophyll ●Stage of photosynthesis ●Types of photosynthesis ●Anoxygenic photosynthesis ●Anoxygenic photosynthetic bacteria ●Oxygenic photosynthesis
- Summary
- • 12 pages •
●Microbial Physiology and Metabolism ●Oxygenic and anoxygenic photosynthesis ●Chlorophyll ●Stage of photosynthesis ●Types of photosynthesis ●Anoxygenic photosynthesis ●Anoxygenic photosynthetic bacteria ●Oxygenic photosynthesis