Noise Control Engineering

History of the Qualification Procedures of American National Standard S1.21-1972
pp. 48-51(4)
Author: Baade, Peter K.

Laboratory Measurements in Acoustics
pp. 52-56(5)
Authors: Voorhees, C.R.; Pallett, D. S.

Effects of Source Position, Wall Absorption, and Rotating Diffuser on the Qualification of Reverberation Rooms
pp. 57-63(7)
Author: Tichy, J.

Comparison of Microphone Traverse and Microphone Array for Determining Space Average Sound Pressure Level in a Reverberation Room
pp. 64-70(7)
Authors: Holmer, Curtis I.; Lubman, David

Recent Reverberation Room Qualification Studies at the National Bureau of Standards
pp. 71-80(10)
Authors: Pallet, D.S.; Bartel, T.W.; Voorhees, C.R.

Modifications Required to Permit Qualification of a 269 Cubic Metre Reverberation Room
pp. 81-86(6)
Authors: Rainey, James T.; Ebbing, Charles E.; Ryan, Robert A.

Qualification of an Acoustic Research Facility for Sound Power Determination
pp. 87-92(6)
Author: Holmer, Curtis I.

Qualification of a 300 Cubic Metre Reverberation Room
pp. 93-96(4)
Author: Blanck, Michael W.

Qualification of a 230 Cubic Metre Reverberation Room
pp. 98-104(7)
Authors: Wise, R.E.; Maling, Jr., G.C.; Masuda, K.

Qualification of two 180 Cubic Metre Reverberation Rooms with Microphone Traversing and Low Frequency Absorbers
pp. 105-109(5)
Authors: Applegate, S.L.; Nelson, D.K.

Development of an Acoustic Facility for Determination of Sound Power Emitted by Appliances
pp. 110-114(5)
Author: Harmon, R.P.