The phrase "acoustical data" is correct and usable in written English.
It can be used in contexts related to sound analysis, audio engineering, or any field that involves the study of sound properties.
Example: "The researchers collected acoustical data to analyze the effects of noise pollution on marine life."
Alternatives: "sound data" or "audio data".
According to the Navy, ships like the Loyal have only a single mission: "to gather underwater acoustical data" in support of "the antisubmarine warfare mission" of fleet commanders.
Subsequently, we apply both imaging methods to the experimental acoustical data.
General operating procedures are described for the extraction of information while scrutinising and interpreting acoustical data.
All given examples consider the case when only a single sensor is available for recording of acoustical data.
Ultrasonic synthetic aperture laboratory system (a, b) used to record spatially undersampled acoustical data of the target scene (c) in order to verify the proposed CS reconstruction method.
This section briefly describes the ultrasonic laboratory system used to record the real acoustical data before discussing the CS reconstruction results.
This technique, though forbidding mathematically and time-consuming in the computer, nevertheless is potentially attractive because it depends neither upon concepts reminiscent of analogue hardware nor upon acoustical research data.
To ensure that the changes in pleasure ratings were due to individualized emotional reactions to the excerpt and not specific to the changes in acoustical features, data for each excerpt was matched with the same piece listened to by a participant who had rated that piece as "neutral".
Example of significant (green) and non-significant (red) circular-linear fits are presented for cell BP and acoustical IPD data.
Hearing is a permanent process using cortical and subcortical structures to filter and interpret acoustical information; the analysis of acoustical signals is essential for human survival and communication.
This article aims at exploiting differences between full-term and preterm infant cry with robust automatic acoustical analysis and data mining techniques.
