if the incident neutron with 6 Å wavelength hits a sample, and is scattered away with the scattering angle, 0=60 degree. 1) vector transfer, Q. 2) If this is an elastic scattering event, please calculate the magnitude of the wave If the scattered neutron loses energy with AE = E, – E̟ = -1 meV, please %3D calculate the magnitude of the wave vector transfer, Q. 3) calculate the magnitude of the wave vector transfer, Q. If the scattered neutron gains energy with AE = E – E = 10 meV, please %3D %3D

icon
Related questions
Question
Please do all parts if u don't know all parts please skip I already have ans of this question if ur ans is wrong surely gives many downvote
If the incident neutron with 6 Å wavelength hits a sample, and is scattered away with
the scattering angle, 0=60 degree.
1)
vector transfer, Q.
If this is an elastic scattering event, please calculate the magnitude of the wave
2)
If the scattered neutron loses energy with AE = E, – E, = -1 meV, please
%3D
%3D
calculate the magnitude of the wave vector transfer, Q.
3)
calculate the magnitude of the wave vector transfer, Q.
If the scattered neutron gains energy with AE = E - E = 10 meV, please
Transcribed Image Text:If the incident neutron with 6 Å wavelength hits a sample, and is scattered away with the scattering angle, 0=60 degree. 1) vector transfer, Q. If this is an elastic scattering event, please calculate the magnitude of the wave 2) If the scattered neutron loses energy with AE = E, – E, = -1 meV, please %3D %3D calculate the magnitude of the wave vector transfer, Q. 3) calculate the magnitude of the wave vector transfer, Q. If the scattered neutron gains energy with AE = E - E = 10 meV, please
Expert Solution
trending now

Trending now

This is a popular solution!

steps

Step by step

Solved in 3 steps with 3 images

Blurred answer