Physics Simulation       Lecture 4A   Wave Basics   Wave Measures   Wave Collisions   Interference   Reflect,Refract,     & Diffract   Sound Waves   Doppler Effect   WaveSimulation 1   Infrasound   Recording   Processing   Examples   WaveSimulation 2 Lectures 1A: Introduction 1B: Java Intro 2A: BuildingBlocks 2B: Objects 3A: More Objects 3B: Exceptions        & Threads 4A: Waves 4B: Nuclear &        Particle 5A: AWT 5B: More AWT       & Graphics 6A:Detectors &       Simulation 6B: LHC/Atlas &      RandomSims     7A: Swing 7B: Java2D 8A: Java Apps 8B: Dialogs &     MoreClasses 9A: Java I/O 9B: Utilities,         Unicode 10A: More     Threading 10B: File     Handling 11A: Array,Print,     Images 11B: SimplePhysics     Simulation 12A: Tips &     Techniques 12B: More Tips &     Techniques 13A: Satellite     Simulations 13B: Intro to Java     Networking 14A: Java Servers 14B: HTTP Server 15A: ServerClient 15B: ServerClient    Expt.Simulation 16A: Course           Review 16B: ExerciseTest         Discussion     Contacts     Description     Exercises     Index     Outline     Q&A     Resources     StudentInfoForm     Student Pages     What's New

Home : Lectures : Lecture 4A : Infrasound Introduction to Infrasound   Infrasound - what is that     Infrasound - low frequency acoustic waves in the frequency interval: 0.1-25 Hz     Why the interest in infrasond ? Ability of longdistance propagation in the atmosphere     Frequency interval of interest for Long-distance propagation is  0.5-6.0 Hz

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