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Titlebook: Angular Distribution Analysis in Acoustics; S. M. Baxter,C. L. Morfey Book 1986 Springer-Verlag Berlin, Heidelberg 1986 Regression.calculu

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發(fā)表于 2025-3-21 18:46:37 | 只看該作者 |倒序瀏覽 |閱讀模式
期刊全稱Angular Distribution Analysis in Acoustics
影響因子2023S. M. Baxter,C. L. Morfey
視頻videohttp://file.papertrans.cn/158/157521/157521.mp4
學(xué)科分類Lecture Notes in Engineering
圖書封面Titlebook: Angular Distribution Analysis in Acoustics;  S. M. Baxter,C. L. Morfey Book 1986 Springer-Verlag Berlin, Heidelberg 1986 Regression.calculu
影響因子The purpose of this book is to j.ir€‘~ 0l‘l‘ a new technique for the experimental investigation of the free wave model sound field of acoustics. The technique is based on the use of spherical harmonic functions of angle. Acousticians frequently encounter random sound fields whose properties may be closely modelled by use of the "free wave" field. This model field is defined by two basic statistical properties: stationarity in time, and homogeneity in space. Stationarity means that any single order statistic measured by a microphone in the field will be independent of the time at which the recording is taken, while homogeneity means that the measurement will also be independent of the mic- phone‘s position in the field. Furthermore, second order statistics obtained from the measurements of two microphones will depend only on the time lapse between the two recordings, and the relative spatial separation of the micro- phones, and not on the microphones‘ absolute positions in space and time. The free wave field may also (equivalently) be pictured as a collection of plane sound waves which approach an observation position from all angles. These are the "free waves" of the title, with no
Pindex Book 1986
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Charles L. Redman,Thaddeus R. Millerweighted integral of uncorrelated plane wave contributions. The plane wave weighting function occurring in this integral completely characterises the field, and its interpretation was outlined in Chapter Two.
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Inference of the Plane Wave Weighting Function from Spectral Density Measurements,weighted integral of uncorrelated plane wave contributions. The plane wave weighting function occurring in this integral completely characterises the field, and its interpretation was outlined in Chapter Two.
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Book 1986echnique is based on the use of spherical harmonic functions of angle. Acousticians frequently encounter random sound fields whose properties may be closely modelled by use of the "free wave" field. This model field is defined by two basic statistical properties: stationarity in time, and homogeneit
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The Spherical Harmonic Analysis of Free Wave Fields in Practice,ng function. Associated with the weighting function are such quantities as the energy flow directivity in the field. However, the weighting function is not directly observable, and must be inferred from measurements of complex cross-spectral density (CCSD).
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The Technosphere and Earth Stewardshipng function. Associated with the weighting function are such quantities as the energy flow directivity in the field. However, the weighting function is not directly observable, and must be inferred from measurements of complex cross-spectral density (CCSD).
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Angular Distribution Analysis in Acoustics978-3-642-82702-0Series ISSN 0176-5035
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