blackbody radiation
黑体辐射
blackbody temperature
黑体温度
ideal blackbody
理想黑体
blackbody spectrum
黑体谱线
blackbody cavity
黑体腔
blackbody object
黑体物体
perfect blackbody absorber
完美的黑体吸收器
blackbody emission
黑体发射
the concept of a blackbody is fundamental in physics.
黑体的概念在物理学中是基础的。
a perfect blackbody absorbs all incident radiation.
完美的黑体吸收所有入射辐射。
the temperature of a blackbody can be measured using its emitted radiation.
黑体的温度可以通过其发射的辐射来测量。
blackbody radiation is a key topic in thermodynamics.
黑体辐射是热力学中的一个关键主题。
scientists study blackbody radiation to understand the universe.
科学家研究黑体辐射以理解宇宙。
the spectrum of a blackbody depends only on its temperature.
黑体的光谱仅取决于其温度。
in an ideal scenario, a blackbody emits radiation uniformly in all directions.
在理想情况下，黑体在所有方向上均匀发射辐射。
the concept of a blackbody simplifies many calculations in physics.
黑体的概念简化了物理学中的许多计算。
blackbody radiation is described by planck's law.
黑体辐射由普朗克定律描述。
the study of blackbody radiation led to the development of quantum mechanics.
黑体辐射的研究促成了量子力学的发展。
blackbody radiation
黑体辐射
blackbody temperature
黑体温度
ideal blackbody
理想黑体
blackbody spectrum
黑体谱线
blackbody cavity
黑体腔
blackbody object
黑体物体
perfect blackbody absorber
完美的黑体吸收器
blackbody emission
黑体发射
the concept of a blackbody is fundamental in physics.
黑体的概念在物理学中是基础的。
a perfect blackbody absorbs all incident radiation.
完美的黑体吸收所有入射辐射。
the temperature of a blackbody can be measured using its emitted radiation.
黑体的温度可以通过其发射的辐射来测量。
blackbody radiation is a key topic in thermodynamics.
黑体辐射是热力学中的一个关键主题。
scientists study blackbody radiation to understand the universe.
科学家研究黑体辐射以理解宇宙。
the spectrum of a blackbody depends only on its temperature.
黑体的光谱仅取决于其温度。
in an ideal scenario, a blackbody emits radiation uniformly in all directions.
在理想情况下，黑体在所有方向上均匀发射辐射。
the concept of a blackbody simplifies many calculations in physics.
黑体的概念简化了物理学中的许多计算。
blackbody radiation is described by planck's law.
黑体辐射由普朗克定律描述。
the study of blackbody radiation led to the development of quantum mechanics.
黑体辐射的研究促成了量子力学的发展。
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