《聲學原理與噪音量測控制(第三版)(0561102)》

本書內文細微的噪音原理到大型航空飛行客機的聲學原理皆一一詳述，詳盡敘述在任何不同的環境之下所產生的不同聲音反應。本書內文詳細敘述外還內含ISO專業認證標準規格，此書以非同市面上所有之書籍撰寫知識亦希望能提供讀者詳細內容，以豐富其專業知識。適用於大學、科大之機械、環保工程、汽車、車輛相關科系「聲學原理」課程使用以及對此課程有興趣者。

• 第1章基礎聲學
  
  1.1波與聲波(Wave and Sound Wave)
  
  1.2聲音基本參數(Basic Parameter of Sound)
  
  1.3聲波的傳遞方式(Propagation of Sound Wave)
  
  1.4影響空氣中聲波傳遞的因素(Influence Factor of Sound Wave in Air)
  
  1.5聲音大小的表示法(Representation of Sound Level)
  
  1.6頻率與八度音(Frequency and Octave)
  
  1.7聲速與粒子速度(Sound Speed and Particle Velocity)
  
  1.8音源(Sound Source)
  
  1.9音場特性(Characteristic of Sound Field)
  
  1.10指向性(Directivity)
  
  1.11聲波的波動方程式(Wave Equation of Sound Wave)
  
  1.12結構噪音(Structure-borne Noise)
  
  1.13其他聲音特性(Other Acoustic Characteristic)
  
  1.14問題(Question)
  
  第2章聲音感知之生理構造
  
  2.1耳朵與聽覺(Ear and Hearing)
  
  2.2聽覺範圍(Auditory Field)
  
  2.3等響度曲線圖(Equal Loudness Contour)
  
  2.4聽覺障礙(Hearing Impairment)
  
  2.5聽覺損失指標(Hearing Loss Index)
  
  2.6實驗(Experiment)
  
  2.7問題(Question)
  
  第3章量測設備與特殊測試環境
  
  3.1麥克風(Microphone)
  
  3.2電容式麥克風特性 (Characteristics of Condenser
  
  Microphone)
  
  3.3前置放大器(Preamplifier)
  
  3.4噪音計(Sound Level Meter)
  
  3.5噪音劑量計(Dose Meter)
  
  3.6校正器(Calibrator)
  
  3.7參考音源(Reference Sound Source)
  
  3.8類比數位處理過程(Analogue and Digital Signal Processing)
  
  3.9頻譜分析儀(Spectrum Analyzer)
  
  3.10無響室(Anechoic Chamber)
  
  3.11迴響室(Reverberation Chamber)
  
  3.12實驗(Experiment)
  
  3.13問題(Question)
  
  第4章頻率分析
  
  4.1時域訊號(Time Domain Signal)
  
  4.2傅立葉轉換(Fourier Transform)
  
  4.3數位濾波器(Digital Filter)
  
  4.4FFT頻率分析特性(FFT Analysis Characteristic)
  
  4.5實驗(Experiment)
  
  4.6問題(Question)
  
  第5章聲壓量測
  
  5.1參數(Parameter)
  
  5.2聲壓量測過程與影響(Procedure and Influence in Sound Measurement)
  
  5.3聲壓量測依噪音源分類(Sound Pressure Measurement Classed by Sound Source)
  
  5.4聲壓量測標準(Sound Pressure Measurement Standard)
  
  5.5標準—ISO 11201(Standard—ISO 11201)
  
  5.6標準—ISO 11202(Standard—ISO 11202)
  
  5.7噪音分析(Noise Analysis)
  
  5.8實驗(Experiment)
  
  5.9問題(Question)
  
  第6章環境噪音量測與法規
  
  6.1國內噪音作業問題探討
  
  6.2環境噪音來源(The Source of Environmental Noise)
  
  6.3環境噪音指標與量測(Environmental Noise Index
  
  and Measurement)
  
  6.4室室內噪室內噪音指標與量測(Indoor Noise Index
  
  and Measurement)
  
  6.5交通噪音指標與量測(Traffic Noise Index and
  
  Measurement)
  
  6.6航空噪音指標與量測(Aircraft Noise Index and
  
  Measurement)
  
  6.7噪音暴露(Noise Explosure)
  
  6.8噪音管制標準
  
  6.9噪音管制法施行細則
  
  6.10環境音量標準
  
  6.11機動車輛噪音管制辦法與標準
  
  6.12民用航空器噪音管制標準
  
  6.13實驗(Experiment)
  
  6.14問題(Question)
  
  第7章聲強量測
  
  7.1聲強(Sound Intensity)
  
  7.2聲強量測設備(Sound Intensity Measurement Equipment)
  
  7.3聲強量測限制(Limitation of SI Measurements)
  
  7.4噪音源定位(Noise Source Identification)
  
  7.5問題(Question)
  
  第8章聲功率量測
  
  8.1聲功率原理(The Principle of Sound Power)
  
  8.2聲功率量測方法與標準(The Method and Standard of Sound Power Measurement)
  
  8.3聲功率量測—自由音場法(Sound Power Measurement—Free-field Method)
  
  8.4標準—ISO 3744 (Standard—ISO 3744)
  
  8.5聲功率量測—迴響音場法(Sound Power Measurement—Reverberation -field Method)
  
  8.6聲功率量測—聲強法(Sound Power Measurement—Sound Intensity Method)
  
  8.7標準—ISO 9614-1 (Standard—ISO 9614-1)
  
  8.8測試法規—ISO 7779(Test Code—ISO 7779)
  
  8.9實驗(Experiment)
  
  8.10問題(Question)
  
  第9章建築聲學量測
  
  9.1迴響與迴響時間(Reverberation and Reverberation Time)
  
  9.2室內迴響時間量測—ISO 3382(Measurement of The
  
  Reverberation Time of Rooms)
  
  9.3吸音係數量測(Sound Absorption Coefficient Measurement)
  
  9.4迴響室法吸音係數量測—CNS 9056(Method for Measurement of Sound Absorption Coefficients in a Reverberation Room)
  
  9.5聲音穿透損失量測—CNS 8466(Sound Transmission Loss Measurement)
  
  9.6實驗(Experiment)
  
  9.7問題(Question)
  
  第10章噪音控制原理與實務
  
  10.1國內噪音噪音控制計劃與步驟(The Steps in a Noise
  
  Control Program)
  
  10.2國內噪音噪音源改善(Improvement Noise Source)
  
  10.3國內噪音傳遞路徑改善(Improvement Noise Transmission
  
  Path)
  
  10.4噪音控制實例(Noise