
n. [物] 磁聲學
“Magnetoacoustics”是一個複合詞,由“magneto-”(磁)和“acoustics”(聲學)組成,通常指磁場與聲波相互作用的交叉學科領域。以下是具體解釋:
基本定義
Magnetoacoustics(磁聲學)研究磁場環境下聲波的傳播特性,或聲波對磁性材料的影響。例如,磁場可能改變材料的彈性性質,從而影響聲波傳播速度或衰減特性。
研究内容
相關術語補充
由于搜索結果中直接關聯的權威資料較少,以上解釋綜合了詞源學推導和物理學科常識。如需更專業的定義,建議參考物理學或材料工程領域的專業文獻。
Magnetoacoustics is a branch of physics that studies the interaction between magnetic fields and acoustic waves in materials.
/mæɡˌniːtəʊəˈkuːstɪks/
Noun
Magnetoacoustics is a combination of two fields: magnetism and acoustics. It deals with the generation and propagation of acoustic waves in magnetic materials in the presence of a magnetic field. The study of magnetoacoustics has many practical applications, such as in medical imaging, non-destructive testing of materials, and the development of new magnetic and acoustic technologies.
Magnetoacoustics is an interdisciplinary field that combines the principles of magnetism and acoustics. It explores the interaction between magnetic fields and acoustic waves in materials. When a magnetic field is applied to a material, it can generate acoustic waves due to the magnetostriction effect. Similarly, when an acoustic wave propagates through a magnetic material, it can induce a magnetic field due to the inverse magnetostriction effect.
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