if you know d or a, you can also find d by
d=a*SQRT(A^2+B^2+C^2)^-1/2
A B C are the the values for the orientation for the crystal... in example, {ABC}
if {100}, the a=d
infinitechaos 2 months ago
@infinitechaos d=a*SQRT(a^2+b^2+c^2) is your theoretical or accepted value
you can find d two ways... by ML=2d*sin(Theta/2), when examining the intensity vs. Theta, your Theta is where your peak Geiger counts aprear... or highest intensity
this has been up for 3 years... WTH HAPPENED TO THE SECOND PART?
marcool108 3 months ago
where the hell is the second part?
CherandJer 1 year ago 2
where is the next part?
dmpilares 1 year ago 2
yeah, gives us the second part !
crockysam 2 years ago
if you know d or a, you can also find d by
d=a*SQRT(A^2+B^2+C^2)^-1/2
A B C are the the values for the orientation for the crystal... in example, {ABC}
if {100}, the a=d
infinitechaos 2 months ago
@infinitechaos d=a*SQRT(a^2+b^2+c^2) is your theoretical or accepted value
infinitechaos 2 months ago
you can find d two ways... by ML=2d*sin(Theta/2), when examining the intensity vs. Theta, your Theta is where your peak Geiger counts aprear... or highest intensity
infinitechaos 2 months ago
this has been up for 3 years... WTH HAPPENED TO THE SECOND PART?
marcool108 3 months ago
where the hell is the second part?
CherandJer 1 year ago 2
where is the next part?
dmpilares 1 year ago 2
yeah, gives us the second part !
crockysam 2 years ago