Thank you very much for sharing this Geant4 tutorial; it has been incredibly helpful for a beginner like me. Would it be possible to create a tutorial that includes defining radionuclides using data from NuDat (such as decay intensity, and so on)? Additionally, can you add another tutorial how can we incorporate 3D models with STL file extensions into the geometry? Thank you again for your support.
Thank you very much for such useful videos, you are very helpful in studying this program, could you record a video with volume sources and not point sources, for example, photons are emitted by some pipe from the inner surface. It would be very curious how this can be implemented. Thank you in advance
@@physics_matters I know about the G4RandomDirection function, which emits particles in all 4pi, but I do not understand how to do this so that particles do not come from one point but from the surface, your option is very strong and it was cool to use not 1 detector but several at once, for example, to calculate the dose from a pipe that lies on the surface of the earth.
YES! I have been waiting so patiently for literally YEARS for an update to these tutorials!
Please continue this further. This will be helpful
Thanks for sharing your knowledge through these tutorials, I learned a lot🍀
Thank you for the video. Helped a lot
Thank you very much for sharing this Geant4 tutorial; it has been incredibly helpful for a beginner like me. Would it be possible to create a tutorial that includes defining radionuclides using data from NuDat (such as decay intensity, and so on)? Additionally, can you add another tutorial how can we incorporate 3D models with STL file extensions into the geometry? Thank you again for your support.
Thank you very much for such useful videos, you are very helpful in studying this program, could you record a video with volume sources and not point sources, for example, photons are emitted by some pipe from the inner surface. It would be very curious how this can be implemented. Thank you in advance
Yea I can do that as well. The easiest possibility is to use a random generator that randomly creates particles along the surface
@@physics_matters I know about the G4RandomDirection function, which emits particles in all 4pi, but I do not understand how to do this so that particles do not come from one point but from the surface, your option is very strong and it was cool to use not 1 detector but several at once, for example, to calculate the dose from a pipe that lies on the surface of the earth.
Specially gamma ray domain