Adobe Audition在青少年声学相关课题中的应用
Application of Adobe Audition in Acoustics-Related Projects for Teenagers
提交：2026-01-20录用：2026-04-10
少年创新探索, 2026, 3(2), 95-97; https://doi.org/10.58244/jie.263878
青少年声学相关课题具有贴近生活、样本易获取的特点，但传统数据处理方法存在精准度不足、数据提取难、操作复杂等问题。本案例以Adobe Audition音频分析软件结合实践案例，系统阐述其在声音频率提取、分贝量化、频谱分析、噪音识别等场景的应用方法。研究表明，Adobe Audition 可使声学数据处理效率极大提升，无需专业声学设备即可实现精准分析，为青少年声学探究提供低门槛、标准化的技术解决方案，助力科创实践与学科原理深度融合。
关键词： Adobe Audition；青少年；声学；科学实践
摘要
摘 要：
青少年声学相关课题具有贴近生活、样本易获取的特点，但传统数据处理方法存在精准度不足、数据提取难、操作复杂等问题。本案例以Adobe Audition音频分析软件结合实践案例，系统阐述其在声音频率提取、分贝量化、频谱分析、噪音识别等场景的应用方法。研究表明，Adobe Audition 可使声学数据处理效率极大提升，无需专业声学设备即可实现精准分析，为青少年声学探究提供低门槛、标准化的技术解决方案，助力科创实践与学科原理深度融合。
关键词：Adobe Audition；青少年；声学；科学实践
Abstract:
Acoustic research topics for adolescents are characterized by their close relation to daily life and easy access to samples, yet traditional data processing methods suffer from issues such as insufficient accuracy, difficulty in data extraction, and operational complexity. This case study systematically elaborates on the application of Adobe Audition audio analysis software in scenarios such as sound frequency extraction, decibel quantification, spectral analysis, and noise identification, combined with practical examples. The research shows that Adobe Audition can significantly enhance the efficiency of acoustic data processing and enable precise analysis without the need for professional acoustic equipment. It provides a low-threshold, standardized technical solution for acoustic exploration among adolescents, facilitating the deep integration of scientific innovation practices and disciplinary principles.
Keywords: Adobe Audition; Teenagers; Acoustics; Scientific practice
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参考文献
参考文献 / References：
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- 黄嘉诚。声音检测及识别分类技术的研究与应用 [D]. 江南大学，2023.
