Titlebook: Infrasound Monitoring for Atmospheric Studies; Challenges in Middle Alexis Le Pichon,Elisabeth Blanc,Alain Hauchecorne Book 2019Latest edit

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Geoacoustic Observations on Drifting Balloon-Borne Sensors signals that seldom reach the Earth’s surface. Despite the promise of this technique, until recently very few studies had been performed on balloon-borne acoustic sensors. We summarize the history of free flying infrasound stations from the late 1940s to 2014 and report on results from a series of

Congruous

Measuring Infrasound from the Maritime Environmentand while islands in the ocean already host sensing stations, no capability yet exists to monitor infrasound from sensors fielded directly in the maritime environment. Deployment in the maritime would greatly enhance the ability to monitor natural and anthropogenic sources of infrasound around the w

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Advances in Operational Processing at the International Data Centre near-real-time data from the International Monitoring System (IMS), a globally distributed network of seismic,hydroacoustic,infrasound and radionuclide stations. Once completed, the IMS network will comprise 60 infrasound stations of which 49 have been installed and certified as of beginning of 201

Brain-Waves

Nerve-Block

Explosion Source Models defining characteristics of a suite of theoretical source pressure functions representative of detonations and deflagrations, and constructs criteria for defining reference blast pulses. Both the primary positive overpressure and the negative underpressure phases contribute to the temporal and spec

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The Antares Explosion Observed by the USArray: An Unprecedented Collection of Infrasound Phases Recound station of the International Monitoring Network (IMS), the explosion was largely recorded by the Transportable USArray (TA) up to distances of 1000 km. Overall, 180 infrasound arrivals were identified as tropospheric, stratospheric or thermospheric phases on 74 low-frequency sensors of the TA. T

演绎

Characterization of the Infrasonic Wavefield from Repeating Seismo-Acoustic Eventsptions. Use of infrasound for remote event detection and location requires high-quality temporal and spatial atmospheric models, and infrasound generated by so-called Ground Truth events (for which the time and location are known) are necessary to evaluate atmospheric models and assess network perfo

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On the Use of a Dense Network of Seismo-Acoustic Arrays for Near-Regional Environmental Monitoringed data for monitoring local and regional seismic and infrasound signals from natural and anthropogenic phenomena. The main operational purpose of the network is to discriminate man-made seismic events from natural earthquakes to produce a clean earthquake catalog, and to ensure that seismic and inf

碎石头

Large Meteoroids as Global Infrasound Reference Eventsistances of thousands of kilometers by arrays all over the world. Influence parameters on the detection capability are quantified for a single infrasound station and for the complete infrasound network of the International Monitoring System (IMS) operated by the Comprehensive Nuclear-Test-Ban Treaty

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Systematic Array Processing of a Decade of Global IMS Infrasound Datads strongly on station-specific ambient incoherent noise and clutter (real but unwanted infrasound waves, coherent on an infrasound array). Characterization of coherent infrasound is important for quantifying the recording environment at each station and for assessing the detection probability of sp