Similarity Principle and its Acoustical Verification

1
Lintao Liu
Lintao Liu
2
Guocheng Wang
Guocheng Wang
3
Huiwen Hu
Huiwen Hu
4
Cong Shen
Cong Shen
5
Zhonghua Li
Zhonghua Li
6
Zhimin  Shi
Zhimin Shi
7
Yu Xiao
Yu Xiao
8
Xuepeng Sun
Xuepeng Sun
9
Heng Sun
Heng Sun
10
Yanji Yao
Yanji Yao

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GJHSS Volume 22 Issue B3

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This study finds a similarity principle: the waves emanated from the same source are similar, as long as two wave receivers are close enough. The closer the wave receivers are, the more similar the received waves are. We define the similarity mathematically and verify the similarity principle by acoustical experiments.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

Lintao Liu. 2026. \u201cSimilarity Principle and its Acoustical Verification\u201d. Global Journal of Human-Social Science - B: Geography, Environmental Science & Disaster Management GJHSS-B Volume 22 (GJHSS Volume 22 Issue B3): .

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GJHSS Volume 22 Issue B3
Pg. 51- 53
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Crossref Journal DOI 10.17406/GJHSS

Print ISSN 0975-587X

e-ISSN 2249-460X

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GJHSS-B Classification: DDC Code: FIC LCC Code: PZ7.N24
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September 13, 2022

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English

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This study finds a similarity principle: the waves emanated from the same source are similar, as long as two wave receivers are close enough. The closer the wave receivers are, the more similar the received waves are. We define the similarity mathematically and verify the similarity principle by acoustical experiments.

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Similarity Principle and its Acoustical Verification

Lintao Liu
Lintao Liu
Guocheng Wang
Guocheng Wang
Huiwen Hu
Huiwen Hu
Cong Shen
Cong Shen
Zhonghua Li
Zhonghua Li
Zhimin  Shi
Zhimin Shi
Yu Xiao
Yu Xiao
Xuepeng Sun
Xuepeng Sun
Heng Sun
Heng Sun
Yanji Yao
Yanji Yao

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