Last Updated:2025/12/06
Sentence

マイクロ流体デバイスの設計では、技術者は表面張力によって生じる静止流体界面の毛管圧差を記述する非線形偏微分方程式(ヤング・ラプラス方程式)を用いて、狭いチャネル内の空気と水の界面の形状を予測することが多い。

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In microfluidic device design, engineers often use the Young-Laplace equation to predict the shape of air-water interfaces in narrow channels.

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In microfluidic device design, engineers often use the Young-Laplace equation to predict the shape of air-water interfaces in narrow channels.

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Young-Laplace equation

Proper noun
Japanese Meaning
(物理学)界面における表面張力または壁張力の現象により、水と空気などの静的な二つの流体間で生じる凹凸圧差を記述する非線形偏微分方程式。
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マイクロ流体デバイスの設計では、技術者は表面張力によって生じる静止流体界面の毛管圧差を記述する非線形偏微分方程式(ヤング・ラプラス方程式)を用いて、狭いチャネル内の空気と水の界面の形状を予測することが多い。

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