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Reflectometry Information Source

$Q_x = \frac{2 \pi}{\lambda} \left[ \cos \theta_i - \cos \theta_f \right]$

$Q_z = \frac{2 \pi}{\lambda} \left[ \sin \theta_i + \sin \theta_f \right]$

This site is very preliminary. With time and effort it could grow into a central source of information about reflectometry.

How much it provides depends on the community.

Here is a starting sampler:

Some other possibilities:

reflectometry theory, such as tutorial materials from the various summer schools,
an in depth description of the reduction and analysis process,
abstracts and bib. references for important papers, and the papers themselves where copyright allows,
file format descriptions for various instruments

Enjoy!