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AFRL Beamlines at CHESS

MSN-C

The nation’s only synchrotron-based X-ray facility with dedicated access for Air Force, Army, Navy and their Industry partners.

The central mission of Materials Solutions Network at CHESS (MSN-C) is to provide state-of-the-art tools to characterize and improve advanced manufacturing processes, allowing manufacturers to directly address questions like: why do parts fail?

MSN-C consists of two X-ray experimental stations, one optimized for high performance metals and one for polymer-based materials, such as carbon-fiber composites. Together, these facilities provide critical infrastructure in support of research in materials and processes already in use, and those needed for future applications. 

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Download the MSN-C Brochure

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Headlines

Super Cornell Compact Undulator (sCCU) Compact Variable-Gap Undulator with Hydraulic-Assist Driver and Enhanced Magnetic Field
the sccu undulator
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September 13, 2022
Analysis of a three-dimensional slip field in a hexagonal Ti alloy from in-situ high-energy X-ray diffraction microscopy data
abstract green and blue image
Read More
February 14, 2022
AI powers autonomous materials discovery
Image of a group of four researchers in a lab.
Read More
December 20, 2021

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Real World Challenges
real

The combination of access, training, and experimental standardization of synchrotron-based techniques gives MSN-C an unparalleled opportunity to impact the design and manufacture of structural and functional materials, with implications well-beyond the DoD.

Industrial Focus
Industrial Focus

Industrial research projects now have the advantage of dedicated beamtime paired with the expertise at CHESS that is required to perform these studies.

rams2

Structural Materials Beamline

Group photo of FMB beamline

Functional Materials Beamline

AFRL Beamlines at CHESS

MSN-C Science Highlights

FMB and SMB beamlines Virtual Tour of CHESS MSN-C

MSN-C Virtual Tour

People of MSN-C

People of MSN-C

Understanding Stress in materials

Understanding Stress

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