SPEED-REGULATING MECHANISM FOR MUSICAL INSTRUMENTS.

• 1. 内嵌运动性能调节机制的速度规划方法 [P] . 中国专利： CN109188915B . 2021.10.29
• 2. 内嵌运动性能调节机制的速度规划方法 [P] . 中国专利： CN109188915A . 2019-01-11
• 3. Improvements in the Pneumatic mechanisms for musical instruments. [P] . ES78023A1 . 1921-07-16

  机译： 乐器气动机构的改进。

• 4. Improvements in the Pneumatic mechanisms for musical instruments. [P] . ES78022A1 . 1921-07-16

  机译： 乐器气动机构的改进。

• 5. Improvements relating to Driving Mechanism of Blowers for use with Pneumatically Operated Playing Mechanism for Musical Instruments. [P] . 英国专利： GB191308406A . 1913-07-17

  机译： 与用于乐器的气动演奏机构的鼓风机的驱动机构有关的改进。

• 1. On　the　physical　model　of　earthquake　precursor　fields　and　the　mechanism　of　precursors＇timespace　distribution（Ⅲ）──anomalies　of　seismicity　and　crustal　deformation　and　their　mechanisms　when　a　strong　earthquake　is　in　prep [J] . 梅世蓉 地震学报：英文版 . 1996,第002期
• 2. Konghou:A Surviving and Evolving Musical Aristocrat [J] . MENG JIAXIN 今日中国：英文版 . 2021,第005期
• 3. A comparative evaluation of percussion mechanisms for musical robotics applications [C] . Long J., Murphy J.W., Kapur A., 2015 6th International Conference on Automation, Robotics and Applications . 2015
• 4. A multimedia introduction to Chinese traditional music and musical instruments. [D] . Chin, Jane. 2006
• 5. Neurophysiological Correlates of Musical and Prosodic Phrasing: Shared Processing Mechanisms and Effects of Musical Expertise [O] . Anastasia Glushko, Karsten Steinhauer, John DePriest, -1
• 6. Gesture-sound causality from the audience’s perspective: Investigating the aesthetic experience of performances with digital musical instruments. [O] . Gina Emerson, Hauke Egermann 2018

• 1. 6万推荐：MusicalFidelity与Triangle——Musical Fidelity A5CD机＋Musical Fidelity A5合并式功放十Triangle Antal Esw落地箱 [J] . 无 . 中国电子商情：视听前线 . 2008,第004期
• 2. Study on the Mechanism of Heterogeneous Catalysis (4)—Electron Cyclic Donate-Accept Catalysis Mechanism-ECDAM or Electron Orbital Deformation-Reversion Cyclic Catalysis Mechanism-EODRM [J] . Jiamin Jin ,Weifang Bao . 材料科学与化学工程（英文） . 2018,第8期
• 3. How Effective Is the Single-point Energy Calculation in Investigating the Reaction Mechanisms?New Decarboxylation Mechanism of Pyrrole-2-carboxylic Acid by Full Optimization with CPCM Solvation Model [J] . CHENG Xue-Li ,ZHAO Yan-Yun ,HE Guo-Fang . 结构化学 . 2013,第010期
• 4. 大型吹管乐器中的泛音现象——以两件乐器为例 [C] . Xing Yuan ,刑媛 . 第六届东亚音乐考古学国际研讨会 . 2014
• 5. 电声乐器与阮族乐器结合的尝试与声效分析 [A] . 朱承梓 . 2020