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瑞典语[s]发音的腭位电图和光电分析。

An electropalatographic and optoelectronic analysis of Swedish [s] production.

作者信息

Lundqvist S, Karlsson S, Lindblad P, Rehnberg I

机构信息

Department of Prosthetic and Stomatognathic Physiology, Community Dentistry Kronoberg, Sweden.

出版信息

Acta Odontol Scand. 1995 Dec;53(6):372-80. doi: 10.3109/00016359509006004.

Abstract

The objective of this study was to evaluate the usefulness of electropalatography (EPG) as a method for diagnostic analysis of the [s] sound and also to make a multiple analysis of the production of the normal Swedish [s] sound in various contexts. Eleven dental students participated. EPG registration, optoelectronic recording of jaw movements, and acoustic registration of a test phrase were made simultaneously. A speech perceptual test was also made. There were four separate recording sessions. Except for at session I, subjects wore an EPG palate. At session II they were not adapted to it, in contrast to the later occasions. The EPG appeared to be a valid method for investigating the [s] sound. In general, EPG and mandibular movement patterns were similar between sessions, and the sound quality normal throughout. At session II, however, the tongue groove was wider, the mandibular movements smaller, and the [s] quality somewhat deteriorated. [s] in various contexts had different tongue groove widths but similar high average mandibular position. To prevent speech and especially [s] sound problems when constructing prosthetic devices, it is important to advance our knowledge of [s] sound production.

摘要

本研究的目的是评估电子腭图(EPG)作为一种诊断分析[s]音的方法的有效性,同时对正常瑞典语[s]音在各种语境中的发音进行多重分析。11名牙科专业学生参与了研究。EPG记录、下颌运动的光电记录以及一个测试短语的声学记录同时进行。还进行了语音感知测试。共有四次单独的记录环节。除了在环节I,受试者佩戴EPG腭板。在环节II,与后续环节不同,他们并未适应该腭板。EPG似乎是一种研究[s]音的有效方法。总体而言,各环节之间EPG和下颌运动模式相似,且声音质量始终正常。然而,在环节II,舌沟更宽,下颌运动更小,[s]音质量有所下降。不同语境中的[s]音舌沟宽度不同,但平均下颌高位相似。为了在制作修复装置时预防语音问题,尤其是[s]音问题,增进我们对[s]音发音的了解很重要。

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