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The incident sound power in a diffuse sound field

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International Institute of Acoustics and Vibration
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Abstract

Publications mainResearchArea.mainResearchArea organisations[0].organisation.id organisations[0].organisation.organisation organisations[1].organisation.id organisations[1].organisation.organisation externalPublication persons[0].person.id persons[0].person.employeeId persons[0].personRole persons[0].firstName persons[0].lastName persons[0].organisations persons[1].personRole persons[1].firstName persons[1].lastName persons[1].externalOrganisation title owner.id owner.owner typeClassification.typeClassification publicationStatus.publicationStatus publicationDate.year uuid id created modified modifiedBy creator remoteOrigin keywordGroups[0].logicalName keywordGroups[0.0].freeKeywords[da_DK] sourceLicensesDismissed Source: orbit visibility language.language acceptedDuplicate submissionYear publicationCategory.publicationCategory peerReview workflowInformations[0] markedForRevalidation publisher.id publisher.name hostPublicationTitle event.id event.event Technical/natural sciences 3668 Acoustic Technology - Former organisational unit. 25/08/09. 4002 Department of Electrical Engineering 2201395 985 Author Finn Jacobsen Acoustic Technology, Department of Electrical Engineering Author Xinyi Chen Oticon The incident sound power in a diffuse sound field 4002 Department of Electrical Engineering Article in proceedings Published 2008 5522c711-18f9-48d9-b9fc-ba4109e53d58 3306883 2/26/12 2/26/12 soeren soeren keywordContainers 221801 FREE English 2008 Research validated 2612596 International Institute of Acoustics and Vibration Proceedings of Fifteenth International Congress on Sound and Vibration 3306878 The Fifteenth International Congress on Sound and Vibration : 01/01/08

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