positive buoyancies
正浮力
negative buoyancies
负浮力
varied buoyancies
多样浮力
different buoyancies
不同浮力
buoyancies effect
浮力效应
buoyancies measurements
浮力测量
buoyancies analysis
浮力分析
buoyancies balance
浮力平衡
buoyancies principles
浮力原理
buoyancies calculations
浮力计算
buoyancies play a crucial role in marine engineering.
浮力在海洋工程中起着至关重要的作用。
the buoyancies of different materials affect their performance.
不同材料的浮力会影响它们的性能。
understanding buoyancies can help in designing better boats.
理解浮力可以帮助设计更好的船只。
buoyancies determine how objects float in water.
浮力决定了物体在水中的漂浮方式。
scientists study buoyancies to improve underwater exploration.
科学家研究浮力以改善水下探索。
buoyancies are essential for the stability of floating structures.
浮力对于漂浮结构的稳定性至关重要。
engineers calculate buoyancies when designing submarines.
工程师在设计潜艇时会计算浮力。
the concept of buoyancies is fundamental in physics.
浮力的概念在物理学中是基础。
different liquids have varying buoyancies affecting objects.
不同的液体具有不同的浮力，影响物体。
buoyancies can be influenced by temperature and salinity.
浮力会受到温度和盐度的影响。
positive buoyancies
正浮力
negative buoyancies
负浮力
varied buoyancies
多样浮力
different buoyancies
不同浮力
buoyancies effect
浮力效应
buoyancies measurements
浮力测量
buoyancies analysis
浮力分析
buoyancies balance
浮力平衡
buoyancies principles
浮力原理
buoyancies calculations
浮力计算
buoyancies play a crucial role in marine engineering.
浮力在海洋工程中起着至关重要的作用。
the buoyancies of different materials affect their performance.
不同材料的浮力会影响它们的性能。
understanding buoyancies can help in designing better boats.
理解浮力可以帮助设计更好的船只。
buoyancies determine how objects float in water.
浮力决定了物体在水中的漂浮方式。
scientists study buoyancies to improve underwater exploration.
科学家研究浮力以改善水下探索。
buoyancies are essential for the stability of floating structures.
浮力对于漂浮结构的稳定性至关重要。
engineers calculate buoyancies when designing submarines.
工程师在设计潜艇时会计算浮力。
the concept of buoyancies is fundamental in physics.
浮力的概念在物理学中是基础。
different liquids have varying buoyancies affecting objects.
不同的液体具有不同的浮力，影响物体。
buoyancies can be influenced by temperature and salinity.
浮力会受到温度和盐度的影响。
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