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Material Measurement Laboratory /Materials Science and Engineering Division

Polymers Processing Group

The Polymers Processing Group studies the processing and characterization of materials at dimensions where internal and external interfaces substantially impact their properties, with the intent of advancing measurement science, standards, and technology needed by U.S. industry.

Group Scope

Polymers are processed into films and other useful shapes through liquid → solid transitions. The structure that forms is always non-equilibrium and the processing parameter space is typically vast. We develop measurements to characterize the structure that forms during polymer processing, and to characterize how that structure forms. By applying these approaches, we aim to accelerate materials development and process development across applications including microelectronics, biosensing, and structural materials.

 

Polymers Processing Cartoon

News and Updates

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Projects and Programs

CDSAXS instrument

Metrology for Nanolithography

Ongoing
Small Angle Scattering techniques are employed to measure, with sub-nm precision, pattern shape, dimensions, and orientation for structures created in periodic arrays. Critical-Dimension Small Angle X-ray Scattering (CD-SAXS) utilizes the variable-angle transmission scattering from a small beam size
Graphic of a flexible organic semiconductor-based device.

Flexible and Printed Electronics

Ongoing
Approach Developing commercial products based on organic electronics requires materials that deliver predictable and reproducible performance. One advantage of these materials is their compatibility with versatile solution processing methods. However, this advantage can lead to unpredictable
Materials Extrusion Additive Manufacturing

Polymer Advanced Manufacturing and Rheology

Ongoing
We are measuring the fundamental processes and material parameters that are critical to understanding and furthering polymers-based AM. These efforts will aid the AM ecosystem through better online monitoring capabilities and developing strategies for materials optimization. In situ measurements of
Polymer-grafted nanoparticle measured by RSoXS

Resonant Soft X-ray Scattering (RSoXS)

Ongoing
This project focuses on developing and demonstrating resonant soft X-ray data collection approaches that incorporate solids, fluids, and gases. We establish data analysis workflows for RSoXS data analysis, and a central focus is advancing the interpretation of RSoXS patterns. Our Resonant Soft X-ray
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Publications

Awards

Kline

2019 - Arthur S. Flemming Award---R. Joseph Kline

For his interdisciplinary research of methods to determine the complex, three-dimensional structure of state-of-the-art microelectronic devices and the molecular structure and orientation of organic electronics materials for flexible electronics.

Contacts

Materials Science and Engineering Division - Polymers Processing Group

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