語(yǔ)音學(xué)教程

內(nèi)容概要

　　《語(yǔ)音學(xué)教程(第5版)》是國(guó)際著名語(yǔ)音學(xué)大師Peter Ladefoged教授撰寫(xiě)的語(yǔ)音學(xué)入門(mén)教材，重點(diǎn)介紹發(fā)音語(yǔ)音學(xué)，同時(shí)也著重介紹了如何在探討發(fā)音的過(guò)程中入聲學(xué)語(yǔ)音學(xué)和感知語(yǔ)音學(xué)方面的考察?！墩Z(yǔ)音學(xué)教程(第5版)》自1975年初版面世以來(lái)，已歷經(jīng)4個(gè)版次的修訂，成為使用最廣、影響最大的語(yǔ)音學(xué)基礎(chǔ)教材之一，此次出版的即為2006年最新修訂版。書(shū)中的講解力求簡(jiǎn)明扼要、直截了當(dāng)，非常適合初學(xué)者學(xué)習(xí)?！　　墩Z(yǔ)音學(xué)教程(第5版)》配有一張多媒體光盤(pán)，里面有使用《語(yǔ)音學(xué)教程(第5版)》所需的各種圖表、錄音、錄像以及國(guó)際音標(biāo)表中所有符號(hào)的發(fā)音。光盤(pán)里還包括《語(yǔ)音學(xué)教程(第5版)》的姊妹篇Vowelsand Consonants一書(shū)的光盤(pán)內(nèi)容，可供使用時(shí)參考。

書(shū)籍目錄

PrefacePART Ⅰ： INTRODUCTORY CONCEPTSCHAPTER I ARTICULATION AND ACOUSTICSSpeech ProductionSound Waves 5Places of Articulatory GesturesThe Oro-Nasal ProcessManners of ArticulationThe Waveforms of ConsonantsThe Articulation of Vowel SoundsThe Sounds of VowelsSuprasegmentalsExercisesCHAPTER 2 PHONOLOGY AND PHONETIC TRANSCRIPTIONThe Transcription of ConsonantsThe Transcription of VowelsConsonant and Vowel ChartsPhonologyExercisesPerformance ExercisesPART Ⅱ： ENGLISH PHONETICSCHAPTER 3 THE CONSONANTS OF ENGLISHStop ConsonantsFricativesAffricatesNasalsApproximantsOverlapping GesturesRules for English Consonant AllophonesDiacriticsExercisesPerformance ExercisesCHAPTER 4 ENGLISH VOWELSTranscription and Phonetic DictionariesVowel QualityUnstressed SyllablesTense and Lax VowelsRules for English Vowel AllophonesExercisesPerformance ExersesCHAPTER 5 SENGLISH WORDS AND SENTENCESWords in Connected SpeechStressDegrees of StressSentence StressIntonationTarget TonesExercisesPerformance ExercisesPART Ⅲ： GENERAL PHONETICSCHAPTER 6AIRSTREAM MECHANISMS AND PHONATION TYPESAirstream MechanismsStates of the GlottisVoice Onset TimeSummary of Actions of the GlottisExercisesPerformance ExercisesCHAPTER 7CONSONANTAL GESTURESArticulatory TargetsTypes of Articulatory GesturesSummary of Manners of ArticulationExercisesPerformance ExercisesCHAPTER 8ACOUSTIC PHONETICSFormantsAcoustic AnalysisAcoustics of ConsonantsInterpretingSpectrogramsIndividual DifferencesExercisesCHAPTER 9VOWELS ANO VOWEL-LIKE ARTICULATIONSCardinal VowelsSecondary Cardinal VowelsVowels in Other Accents of EnglishVowels in Other LanguagesAdvanced Tongue Root (ATR)Rhotacized VowelsNasalizationSummary of Vowel QualitySemivowelsSecondary Articulatory GesturesExercisesPerformance ExercisesCHAPTER 10SYLLABLES ANDSUPRASEGMENTAL FEATURESSyllablesStressLengthRhythmIntonation and ToneStress， Tone， and Pitch Accent LanguagesExercisesPerformance ExercisesCHAPTER 11LINGUISTIC PHONETICSControlling Articulatory MovementsThe Balance between Phonetic ForcesThe International Phonetic AlphabetFeature HierarchyPhonological FeaturesPerformance ExercisesFurther ReadingAdditional ResourcesGlossarySourcesIndex

章節(jié)摘錄

　　no proper nouns. As before, many of the sounds occur in new combinations, which means that they have slightly different patterns. But if you start with the more obvious sounds and use your knowledge of possible English words, you should be able to succeed. Many readers of earlier editions of this book have already done so.　　The spectrograms that have been used to illustrate this chapter So far are called wide-band spectrograms. They are very accurate in the time dimension. They show each vibration of the vocal folds as a separate vertical line and indi- cate the precise moment of a stop burst with a vertical spike. But they are less accurate in the frequency dimension. There are usually several component fre- quencies present in a single formant, all of them lumped together in one wide band on the spectrogram.　　It is a fact of physics that one can know either fairly precisely when a sound occurred or, to a comparable degree of accuracy, what its frequency is. This should be intuitively clear when you recall that knowing the frequency of a sound involves observing the variations in air pressure over a period of time. This period of time has to be long enough to ensure observations of a number of repetitions of the variations in air pressure. You can either know that a pulse from the vocal folds has happened （producing the vertical voicing striation in all the spectrograms we have considered so far）, or, if the piece of the sound wave being analyzed contains two or three pulses of the vocal folds, you can tell how far apart they are and hence know the frequency,　　Spectrograms that are more accurate in the frequency dimension （at the expense of accuracy in the time dimension） are called narrow-band spectro- grams. Figure 8.16 shows both wide- and narrow-band spectrograms of the question Is Pat sad, or mad？ In the wide-band spectrogram, there are sharp spikes at the release of each stop, for example, for the [ d ] at the end of the utter- ance. The spikes are smeared in the time dimension in the narrow-band spectro- gram. But the frequencies that compose each formant are visible.　　When the vocal folds vibrate, they produce what are called harmonics of their fundamental frequency of vibration. Harmonics are vibrations at whole-number multiples of the fundamental frequency. Thus when the vocal folds are vibrating at 100 Hz, they produce harmonics at 200, 300, 400 Hz, etc. In a given vowel, the particular harmonics evident are those that correspond to the resonances of the vocal tract shape occurring in that vowel. I have put two small white squares in the middle of the fifth, tenth, and fifteenth harmonics in the middle of the vowels in sad and mad. The vocal folds are vibrating at about 118 Hz in sad, so the fifth harmonic has a frequency of 5 x 118 = 190 Hz, the tenth harmonic a frequency of 1180 Hz, and the fifteenth harmonic a frequency of 1770 Hz.

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