1 | Sabine, W. C., Collected Papers on Acoustics(Peninsula Publishing, Los Altos, 1993), Chap. 1 |
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A Numerical Model for the Low frequency Diffuse field Sound Transmission Loss of double-wall Sound Barriers with Elastic porous Linings
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Sound transmission Through Double Leaf Lightweight Partitions partⅠ: Airborne Sound
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The effects of Some Laboratory Designs and Mounting Conditions on Reduction Index Measurements
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Resonant and Non-resonant Acoustic Properties of Elastic panels. Ⅱ. The Transmission Problem
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The Accuracy of Laboratory Measurements of Transmission Loss
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The Use of a Functional Basis to Calculate Acoustic Transmision Between Rooms
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Effects of Panel Boundedness in Sound transmission Problems
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The Transmission Loss of Finite Sized Double panels in a Random Incidence Sound Field
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Repeatability and Reproduciblity of Sound Insulation Measurements
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International Round Robin Test on Sound Insulation Performance
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The Transmission Loss of Double Panels
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Transmission of Reverberant Sound Through a Single-leaf partition Surrounded by an Infinite Rigid Baffle
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Numerical prediction of Sound transmission Through Finite multilayer Systems with Poroelastic Materials
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Oblique Incidence Sound Transmission Through Multi-panel Structrues Lined with Elastic Porous Material
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An Experimental Investigation on the Directional Distribution of Incident Energy for the prediction of Sound Transmission Loss
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Predicting the Acoustical Radiation of finite Size Multi-layered Structures
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유한한 판의 음향 전달 손실에 미치는 흡/차음재의 영향
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Response of Ribbed Panels to a Reverberant Acoustic Field
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Theory of propagation of Elastic Waves in a Fluid Saturated Porous Solid. I. Low Frequency Range
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Effect of Size on Measurement of the Sound Reduction Index of a Window or a Pane
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The Effect of Edge Conditions on the Sound Insulation of Double Windows
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유한한 적층판의 차음성능 예측에 관한 연구
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Sound Transmission Through Multi-panel Structures Lines with Elastic Porous Materials
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Reduction Index and Boundary Conditions for a Wall Between Two Rectangular Rooms I: Theoretical Result
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Sound Transmission Through Single. Double and Triple Glazing. Experimental evaluation
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Radiation from a Plate of finite Dimensions with Arbitrary Boundary Conditions
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Sound Transmission Through Windows. I. Single and Double Glazing
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Radiation Resistance of a Rectangular Panel
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Sound Transmission Using Statistical Energy Analysis
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Calculation methods for the Transmission Loss of Single, Double and Triple Partitions
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Influence of Diffusivity on the transmission Loss of a Single-leaf wall
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Acoustic Radiation from Rectangular Panels with Constrained Edges
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Sound transmission Through Double Panel Using Statistical Energy Analysis
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Sound transmission Loss of Corrugated Panels
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중공 이중판의 차음손실 예측에 있어서 경계손실이 미치는 영향
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Sound Transmission loss of Double Leaf Walls by Using the Modified SEA Method for Non-resonant Transmission
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Influence of Edge Conditions on the Sound Insulation of Windows
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Sound Transmission Through Windows. Ⅱ. Double and Triple Glazing
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Intercomparisons of Laboratory Determinations of Airborne Sound Transmission Loss
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Sound Transmission in Buildings
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Theory of Propagation of Elastic Waves in a Fluid saturated Porous Solid. Ⅱ. High Frequency Range
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Two-dimensional Solution for Transmission of Reverberant Sound Through a Double Partition
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