Thank you! I have had a hard time to go through the material in Attix, this due to that I think it lack some doable examples while describing the topics. And as you stated in the beginning, yes i also believe that they spend to little to describe the exposure and exposure rate and how it can be used with activity and decay. Which should be larger topics I believe while studying medical physics
17:22 Anyone tried the exposure rate constant for the other unit (R*m^2/Ci*hr). I'm getting a different answer, im getting 2.81 for the other unit. Γ = (0.1m^2 / 2Ci) * (dx/dt) ???
Thank you! I have had a hard time to go through the material in Attix, this due to that I think it lack some doable examples while describing the topics. And as you stated in the beginning, yes i also believe that they spend to little to describe the exposure and exposure rate and how it can be used with activity and decay. Which should be larger topics I believe while studying medical physics
Ineed the book pdf about equation
17:22 Anyone tried the exposure rate constant for the other unit (R*m^2/Ci*hr).
I'm getting a different answer, im getting 2.81 for the other unit.
Γ = (0.1m^2 / 2Ci) * (dx/dt) ???