Engineering
Temporary Threshold Shift
100%
Frequency Resolution
83%
Recovery Time
66%
Human Hearing
64%
Frequency Characteristic
54%
Overexposure
50%
Induced Noise
50%
Detailed Model
50%
Sound Pressure Level
33%
Similarities
33%
Frequency Content
31%
Octave Band
29%
Frequency Component
25%
Exposure Effect
25%
Characteristic Time
25%
Function of Time
25%
Noise Floor
25%
Exposure Level
25%
Research Councils
25%
Primary Level
25%
Statistically Significant Difference
25%
Classification Algorithm
25%
Spectral Characteristic
25%
Emission Measurement
25%
Ear Canal
25%
Early Stage
25%
Narrowband
17%
Hazards
16%
Binaural Recording
12%
Great Deal
12%
Metrics
12%
Technological Advance
12%
Precise Measurement
12%
Level Measurement
12%
Sound Level Meter
12%
Measured Value
12%
Main Result
8%
Human Ear
6%
Physical Parameter
6%
Exposure Time
6%
Recovery Curve
5%
Mathematical Model
5%
Keyphrases
Frequency Content
33%
Hearing Impairment
33%
Recovery Model
25%
Overexposure
25%
Recovery Function
25%
Temporary Threshold Shift
25%
Emission Recovery
25%
Frequency Component
25%
Frequency Effect
25%
Artifact Rejection
25%
Human Effects
25%
Time Weight
25%
Frequency Weighting
25%
Impulsive Noise
25%
Noise Effects
25%
Sound Pressure Level
25%
Hearing Damage
25%
Risk Assessment
25%
Physical Characteristics
16%
Auditory Function
13%
A-weighted
12%
Temporary Change
11%
Rejection Method
10%
Exposure Data
10%
Recovery Time
8%
Noise Damage
8%
Human Subjects
8%
Noise Assessment
8%
Assessment Standards
8%
2-number
8%
Maximum Sound Pressure Level
8%
Broad Frequency Range
8%
High Time Resolution
8%
Emission Reduction
8%
Precise Measurement
8%
Sound Level Meter
8%
Measurement Principle
8%
Traditional Measurement
8%
Hearing System
8%
Permanent Damage
8%
Auditory System
8%
Weighted Network
8%
Uniformity Trial
8%
Sound Analysis
8%
Fluctuating Characteristics
8%
Action Value
8%
Otoacoustic Emissions
8%
Exposure Time
8%
Human Hearing
8%
Work Environment
8%
Physical Properties
8%
Background Sounds
8%
Physical Parameters
8%
Human Ear
8%
Total Exposure
8%
Occupational Noise Exposure
8%
Developing Method
8%
Time-frequency Characteristics
5%
Low-level Measurements
5%
Emission Shift
5%
Pre-exposure
5%
Repetition Rate
5%
Above-threshold
5%
Frequency-dependent Characteristics
5%
Exposure Frequency
5%
Recovery Curve
5%
Impulsiveness
5%
Risk of Noise-induced Hearing Loss
5%
Maximum Distortion
5%
Continuous Exposure
5%