Orientation of Blacktip Sharks (<i>Carcharhinus limbatus</i>) to Underwater Sound. [PDF]
Integr Org BiolSullivan CL, Gerstein ER, Kajiura SM.
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Listening to tuna: Acoustic characterization of captive juvenile yellowfin tuna (Thunnus albacares). [PDF]
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Sensory regimes of gentrification: urban transformation, embodied experience, and neoliberal spatial production in Cihangir. [PDF]
Front SociolKartal HB, Kartal AN.
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Front PsycholWeng Y.
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Development and evaluation of a voice dataset for voice therapy exercises: quantitative audio analysis and user feedback from a cross-sectional study. [PDF]
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Relative Device-Output Music Intensity and Virtual-Reality-Based Postural Control in Trained Athletes. [PDF]
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A pneumatic loudspeaker for intensive sounds
2001 European Control Conference (ECC), 2001A pneumatic loudspeaker for intensive sounds is presented. It operates by modulation of air from over- and underpressure reservoirs, as opposed to siren-like loudspeakers that use compressed air only. The symmetric construction makes the behavior more linear both with respect to aperture amplitudes and frequency bandwidth.
Ulf Holmberg, Wolfgang Svensson
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Sound intensity in diffuse sound fields
The Journal of the Acoustical Society of America, 1985The net sound intensity field in a room containing a random noise source is the vector sum of the direct field and the reverberant intensity field. If the room is diffuse, the net reverberant intensity will be zero and only the direct field will constitute a net intensity flow.
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