Inside the Hydra: Taking the Ancient Water Organ Seriously

Q1 Arts and Humanities Greek and Roman Musical Studies Pub Date : 2023-01-27 DOI:10.1163/22129758-bja10055
Stefan Hagel
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Abstract

Although ancient sources describe the mechanism of the ancient water organ’s wind supply in considerable detail, modern attempts at recreating such a device have remained unsatisfactory. A study of the relations between the shape of the pressure chamber, its size, possible water levels and the ensuing usable air pressure and volume suggests that the true hydraulis played at much higher pressures than has been commonly assumed. Such pressures would support reed pipes much more readily than flue pipes; this, in turn, can explain the sound volume that we must expect from an instrument that was used in open spaces and inherently noisy environments.
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九头蛇内部:认真对待古老的水器官
尽管古代资料对古代水器的风力供应机制进行了相当详细的描述,但现代重建这种装置的尝试仍然不令人满意。对压力室的形状、大小、可能的水位以及随后可用的空气压力和体积之间关系的研究表明,真正的水合作用在比通常假设的高得多的压力下发挥作用。这样的压力将比烟道更容易支撑簧片管;反过来,这可以解释我们对一种在开放空间和固有噪音环境中使用的乐器所期望的音量。
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来源期刊
Greek and Roman Musical Studies
Greek and Roman Musical Studies Arts and Humanities-Classics
CiteScore
1.70
自引率
0.00%
发文量
23
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