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Lecture 10 : Osmotic Pressure Controlling Filtration (Contd.), by S. De

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Lecture 07 : Osmotic Pressure Controlling Filtration, by S. De

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Lecture 15: Room Acoustics-II, by S. Dasmandal

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Lecture 24: Loudspeaker, by S. Dasmandal

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Lecture 06: Acoustic Wave Equation, by S. Dasmandal

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Lecture 13: The Acoustic Environment, by S. Dasmandal

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Lecture 12: Sound Transmission (Contd.), by S. Dasmandal

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Lecture 11: Sound Transmission, by S. Dasmandal

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Lecture 05 : Tutorial I, by S. Dasmandal

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Lecture 1: Introduction, by S. Dasmandal

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Lecture 23: Microphone Sensitivity, by S. Dasmandal

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Lecture 20: Transduction-II, by S. Dasmandal

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Lecture 22: Microphone-I, by S. Dasmandal

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Lecture 07: Acoustic Wave Equation (Contd.), by S. Dasmandal

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Lecture 03 : Damped Oscillation and Forced Oscillation, by S. Dasmandal

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Lecture 09: Spherical Waves Propagation, by S. Dasmandal

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Lecture 10 : Perception at Sound, by S. Dasmandal

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Lecture 18: Auditorium Acoustics, by S. Dasmandal

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Lecture 21: Transduction-III, by S. Dasmandal

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Lecture 16 : Large Room Acoustics and Small Room Acoustics, by S. Dasmandal

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Lecture 04 : Equivalent Electrical Circuits for Oscillation, by S. Dasmandal

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Lecture 14: Room Acoustics-I, by S. Dasmandal

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Lecture 17 : Large Room Acoustics and Small Room Acoustics (Contd.), by S. Dasmandal

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Lecture 08: Acoustic Wave Equation (Contd.), by S. Dasmandal

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Lecture 02 : Fundamentals of Linear Vibrations Edit Lesson, by S. Dasmandal

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Lecture 19: Transduction-I, by S. Dasmandal

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Electrohydrodynamic Atomization (contd.), by S. Dasgupta

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Micro Heat Pipes (contd.), by S. Dasgupta

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Interfacial Phenomena in Thin Liquid Films, by S. Dasgupta

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Microstructured Reactor, by S. Dasgupta

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