The phrase "acoustic sensitivity" is correct and usable in written English.
It can be used in contexts related to sound perception, hearing, or the responsiveness of materials to sound waves.
Example: "The researchers measured the acoustic sensitivity of the new microphone to determine its effectiveness in capturing sound."
Alternatives: "sound sensitivity" or "auditory sensitivity".
To achieve maximum acoustic sensitivity, it is necessary to optimally bias the FP sensor.
However, based on single-domain boundary element method (BEM), acoustic sensitivity analysis also has low computation efficiency.
Model results can be weighted to represent variable acoustic sensitivity or compared to ambient sound pressure levels.
The acoustic sensitivity analysis of sound pressure level with respect to the thicknesses of damping layer panels are employed to identify the significant variables.
The determination of acoustic sensitivity characteristics for vibrating structures with respect to the design parameters is a necessary and an important step of the acoustic design and optimization process.
This difference might be due to a reduced acoustic sensitivity and plasticity in adult animals [71].
Acoustic frequency sensitivity analysis, as one kind of the sensitivity analysis, is extremely useful for large models in which only a few discrete frequencies can be analyzed due to high computational cost.
Acoustic design sensitivity analysis includes the computation and evaluation of the sensitivity information required for this procedure.
Besides, the method is applied to analyze acoustic shape sensitivity of complex-shaped cavity.
The effect of the precision of boundary element discretization on the acoustic pressure sensitivity is examined via this code.
Combining a specific cavity, we calculate the corresponding acoustic shape sensitivity when every dimension of the cavity varies respectively.
