2.4.1 Objectives1. Studying the bla

2.4.1 Objectives
1. Studying the blackbody spectral distribution at different temperatures.
2. Studying the spectral distribution of the Planck’s function derivative at different blackbody temperatures.
3. Studying the spectral distribution of the safe heat radiation intensity of real body at different temperatures with numerical simulating spectral variations of its emissivity.
4. Studying the spectral distribution of the brightness temperature of the surface with Planck’s function derivative at different blackbody temperatures numerical simulating spectral variations of the surface emissivity.

Kết quả (Anh) 1:

2.4.1 Objectives1. Studying the blackbody spectral distribution at different temperatures.2. Studying the spectral distribution of the Planck's function derivative at different blackbody temperatures.3. Studying the spectral distribution of the safe heat radiation intensity of real body at different temperatures with numerical simulating spectral variations of its emissivity.4. Studying the spectral distribution of the brightness temperature of the surface with Planck's function derivative at different blackbody temperatures simulating numerical spectral variations of the surface emissivity.

Kết quả (Anh) 2:

2.4.1 Objectives
1. Studying the blackbody spectral distribution at khác temperatures.
2. Studying the spectral distribution of the Planck's blackbody function derivative at temperatures khác.
3. Studying the spectral distribution of the radiation intensity of real safe body heat at temperatures khác Simulating with numerical variations of spectral emissivity nó.
4. Studying the spectral distribution of the brightness temperature of the surface with Planck's blackbody function derivative at temperatures khác Simulating numerical variations of the surface spectral emissivity.