Acoustical classification of woods for string instruments.
Acoustical classification of woods for string instruments.
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弦乐器用木材的声学分类。
DOI：
10.1121/1.2743162
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发表时间：
2007
期刊：
影响因子：
--
通讯作者：
S. Yoshikawa
中科院分区：
文献类型：
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作者：
S. Yoshikawa
两种基本类型的木材用于制作弦乐器：用于音板（顶板）的木材和用于框架板（背板和侧板）的木材。本文提出了一种新的木材声学特性分类方法，并将这两类木材清晰地区分开来。在该分类方案中引入了透射参数（纵波沿木材纹理沿着的传播速度与Q值的乘积）和抗振参数（木材密度除以沿木材纹理沿着的传播速度）。传统木材的两条回归线显示了共鸣板和框架板所需的明显不同的功能。这些回归线可以作为参考，以选择最好的替代木材时，传统的木材。此外，还简要地讨论了日本弦乐器的一些特点，通过与西方和中国乐器所用木材的比较，明确了日本弦乐器的一些特点。
Two basic types of wood are used to make stringed musical instruments: woods for soundboards (top plates) and those for frame boards (back and side plates). A new way to classify the acoustical properties of woods and clearly separate these two groups is proposed in this paper. The transmission parameter (product of propagation speed and Q value of the longitudinal wave along the wood grain) and the antivibration parameter (wood density divided by the propagation speed along the wood grain) are introduced in the proposed classification scheme. Two regression lines, drawn for traditional woods, show the distinctly different functions required by soundboards and frame boards. These regression lines can serve as a reference to select the best substitute woods when traditional woods are not available. Moreover, some peculiarities of Japanese string instruments, which are made clear by comparing woods used for them with woods used for Western and Chinese instruments, are briefly discussed.
中国弦乐器及其亚洲近缘乐器的声学特性
DOI：
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发表时间：
2006
期刊：
in J.Acoust.Soc.Am(第4回米日音響学会ジョイントミーティング"[2006,11,28-12,2]発表予稿集) Vol.120
影响因子：
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作者：
ODAKA Akiko;YOSHIKAWA Shigeru
通讯作者：
YOSHIKAWA Shigeru