high emissivity
高发射率
low emissivity
低发射率
emissivity value
发射率值
emissivity measurement
发射率测量
surface emissivity
表面发射率
emissivity coefficient
发射率系数
emissivity spectrum
发射率谱
emissivity analysis
发射率分析
effective emissivity
有效发射率
emissivity model
发射率模型
the emissivity of a surface affects its thermal performance.
表面的发射率影响其热性能。
understanding emissivity is crucial in heat transfer calculations.
理解发射率在热传递计算中至关重要。
different materials have varying emissivity values.
不同材料具有不同的发射率值。
high emissivity surfaces can lose heat more quickly.
高发射率表面可以更快地散失热量。
measuring emissivity is important for accurate thermal imaging.
测量发射率对准确的热成像非常重要。
emissivity plays a key role in climate modeling.
发射率在气候建模中起着关键作用。
materials with low emissivity are often used in insulation.
低发射率的材料通常用于绝缘。
scientists study emissivity to improve energy efficiency.
科学家研究发射率以提高能源效率。
emissivity can be affected by surface roughness.
表面粗糙度可以影响发射率。
knowing the emissivity helps in designing better heating systems.
了解发射率有助于设计更好的加热系统。
high emissivity
高发射率
low emissivity
低发射率
emissivity value
发射率值
emissivity measurement
发射率测量
surface emissivity
表面发射率
emissivity coefficient
发射率系数
emissivity spectrum
发射率谱
emissivity analysis
发射率分析
effective emissivity
有效发射率
emissivity model
发射率模型
the emissivity of a surface affects its thermal performance.
表面的发射率影响其热性能。
understanding emissivity is crucial in heat transfer calculations.
理解发射率在热传递计算中至关重要。
different materials have varying emissivity values.
不同材料具有不同的发射率值。
high emissivity surfaces can lose heat more quickly.
高发射率表面可以更快地散失热量。
measuring emissivity is important for accurate thermal imaging.
测量发射率对准确的热成像非常重要。
emissivity plays a key role in climate modeling.
发射率在气候建模中起着关键作用。
materials with low emissivity are often used in insulation.
低发射率的材料通常用于绝缘。
scientists study emissivity to improve energy efficiency.
科学家研究发射率以提高能源效率。
emissivity can be affected by surface roughness.
表面粗糙度可以影响发射率。
knowing the emissivity helps in designing better heating systems.
了解发射率有助于设计更好的加热系统。
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