So what is d or more specifically 2d in Bragg's law? I know that it depends on Miller indices, and it can be expressed through them and the side of the unit cell.
The condition for constructive interference is: n*lambda=d*sin(alpha)
Bragg's law is n*lambda=2d*sin(alpha)
The diffraction from a crystal cell will also create an interference pattern, so why do these equations differ?
c and alpha are proportionality constants. Here is what I got: DC passes through the right coil, but it changes over time because of the variable resistance so it produces a magnetic field with a flux through the left frame of F=c*I, and through the second: F=c*alpha*I=MI. The induced EMF in the...