St Matthew's Church - Walsall

Information

Measurement Team: 
Dr Aglaia Foteinou
Eleni Tavelidou
Capture Date: 
Fri, 05/12/2014
Source Sound: 
Logarithmic Sine Sweep; 22Hz-22kHz; 15sec
Source Sound Category: 
Swept sine (logarithmic)
Input: 
PMC TB2
Microphone(s): 
Behringer ECM8000
Space Category: 
Church
Generation Type: 
Real World

Analysis

Demonstration Impulse Response: 

Waveform

impulseClick here or on the waveform to upload a sound from your computer and hear it in this space

Acoustic Parameters


Octave Band
31.25 Hz62.5 Hz125 Hz250 Hz500 Hz1 kHz2 kHz4 kHz8 kHz16 kHz

Reverberation Time RT60 T30 (seconds)
5.191.151.301.591.821.861.711.401.000.75

Early Decay Time EDT (seconds)
1.191.190.941.581.581.191.321.190.810.55

Definition D50
0.090.280.210.300.430.650.450.510.660.86

Clarity C50 (dB)
-10.19-4.01-5.85-3.65-1.232.75-0.840.192.887.81

Clarity C80 (dB)
-3.631.352.57-0.841.033.951.032.675.9511.14


Example Audio



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Impulse Responses

Format(s): 
Mono
Mono: 

Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3 s
File Size: 1.1 MB
File Format: wav


Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3 s
File Size: 1.1 MB
File Format: wav


Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3 s
File Size: 1.1 MB
File Format: wav


Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3.07 s
File Size: 1.13 MB
File Format: wav


Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3 s
File Size: 1.1 MB
File Format: wav


Sample Rate: 96 kHz
Number of Channels: 1
Bits per Sample: 32
Duration: 3 s
File Size: 1.1 MB
File Format: wav

Images

Photographs and Diagrams: 
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall
St Matthew's Church - Walsall

Location

Address: 
Walsall
St Matthew's Cl
WS1 3DG
United Kingdom
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Attribution

Attribute this work to: 
www.openairlib.net
Dr Aglaia Foteinou
Eleni Tavelidou
University of Wolverhampton