Radiative Transport Equation: Moving Energy on the Photon Train

[@sepidehsepehri]

Thank you so much. I was nervous about my spectroscopy exam cuz I didn't understand these concepts well, but now I understand much better by your explanation.

[@MSloCvideos]

Thanks dude. My professor took 3 whole hours to explain the exact same thing.

[@mikalghorbani7642]

You explained it briefly and useful. I appreciate you.

[@kumar_kiran]

It would be good to number the videos and put them in a Play list. In this video you mentioned about a previous video on Specific Intensity and I can find it :)

[@warzonemoments3970]

how did you find the solution for the radiative transfer equation with optical depth?

[@TenzinLundrup]

The equation at 8.58 comes from using an integrating factor.

[@AdityaPillai009]

Very informative and good explanation. Thanks!

[@SurenMaharjan]

How can I simulate radiation dose in CT scan of CT brain image or abdomen image? Matlab or any other relevant softwares user friendly?

[@wurnotantmlb]

uooohh I just saw that there are lots of this videos uploaded!!!! I'm two pies happier right now!!!

[@roalba8947]

excellent video

[@evyberm801]

Im playin, great video, thank you for the information and explanation.

[@evyberm801]

Whut

[@erdiasilioglu]

In nature, 222 88Ra (T1/2 = 1600 years) exists in secular equilibrium with 238 92U (T1/2 = 4.5 × 109 years). What fraction of the world's supply of radium will be left after 1600 years?