actually i am dealing with the radiation effects of certain materials like InGaAs pin photodetector. in 1 square centimeter of that material proton fluence of 6X10^11 particles are falling.i want to get the dosage in terms of Krad or gray. In one paper it was given that 6.2 X 10 ^11 protons/...
suppose in a radiation environment , the radiation dosage is given in terms of no: of particles per square centimeter, how will we convert it in terms of rad or kilorad or gray?
For eg: let the proton fluence be 6.2 X 10^11 /cm^2. the energy is 50 MeV. how can we express it in terms of Krad?
My elliptical coil lies in the xy plane.
I want to find out magnetic field in the yz plane. Zaxis is perpendicular to the coil.
I applied Biot Savart’s law and got integrals for B(y) and B(z).
Numerical integration is possible with Matlab.
But I would like to know whether there is any final...
Is there any expression for finding out the magnetic field due to an elliptical coil?
Can we proceed with Biot Savart's law?
If so what is the final expression?