===== Physics with Neutrons WS 2017/2018 =====
=== Lecture ===
Wednesday, 10:00-12:00, Room: [[https://www.ph.tum.de/about/visit/roomfinder/?room=127|seminarroom E11 - Physik-Department II - 127 (5107.U1.127)]]

{{:n-lecture05:lecture1.pdf|Slides from Lecture 1}}

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=== Tutorials ===
[[Tutorials|Tutorials]]

Friday 12:00 - 14:00, Room: [[https://www.ph.tum.de/about/visit/roomfinder/?room=5140.01.202|Tutorraum (Physik-Container, 01)  (5140.01.202)]]

First tutorial: Friday, 17.11.2017

Contact: [[Zachary.Evenson@frm2.tum.de|Dr. rer. nat. Zach Evenson]]

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=== Supplementary material ===

**08.12.17**: Per request, I will provide some supplementary material below.

[[http://www.physics.emory.edu/faculty/weeks//idl/gofr.html| What is a pair correlation function?]] - Nice basic overview from Eric Weeks (Emory University), who deals mainly with soft matter systems.

{{:n-lecture05:vanhove.pdf|Van Hove (1954), Correlations in Space and time and Born Approximation Scattering in Systems of Interacting Particles}} - Original Van Hove paper. Essential material for the derivation of the space and time-dependent pair distribution function.

{{:n-lecture05:degennes.pdf|De Gennes (1959), Liquid Dynamics and Inelastic Scattering of Neutrons}} - Seminal paper from P. De Gennes. Important for inelastic scattering in liquids.

{{:n-lecture05:salmon.pdf|Fischer, Barnes and Salmon (2006), Neutron and X-ray Diffraction Studies of Liquids and Glasses}} - Recent review article on the topic of diffraction in amorphous systems. Nice mix of theory and practice.

{{:n-lecture05:FZJ-2014-04933.pdf|Laboratory Course from Jülich Centre for Neutron Science (JCNS): Experiment Manuals.}} - Broad overview of practical neutron scattering experiments. The chapter on TOFTOF deals with dynamics of liquids.