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The Center for Microanalysis of Materials (CMM) provides researchers with open access for self-use to a comprehensive array of modern nanostructural and nanochemical analysis techniques including electron microscopy, scanning probe microscopy, surface microanalysis, X-ray scattering, and ion-beam spectroscopies. These instruments are maintained, operated and developed by professional scientists who teach instrument use and assist in interpretation of results.
Affiliation: UIUC
Provider: Materials Research Laboratory (MRL)
Type: Consulting And Support
The LSF provides access to a variety of lasers and instruments, it meets the scientific needs of about 20 research groups and trains about 40 new users per year. Laser wavelengths range from 300 nm in the ultraviolet to 20μm in the mid-infrared. Line widths as narrow as 15 kHz and pulses as short as 10-13s are available. he MRL-CMM Laser and Spectroscopy Facility (LSF) is part of the MRL Central Research Facilities, and as such, is a user-oriented and user-friendly facility that provides the modern photon-based analytical capabilities essential to today's materials science. The LSF emphasizes the study of optical properties of materials and interfaces, and its relation to microstructural and microchemical composition, phase transitions, crystalline, electronic and defect structure of materials, surfaces and interfaces.
The LSF is a collaborative research center open to national and international researchers from universities, government laboratories and industry.
Affiliation: UIUC
Provider: Materials Research Laboratory (MRL)
Type: Instrument
Our specific aims are to understand and exploit the fundamental interactions of soft materials with energy in diverse forms -including light, thermochemical gradients, and mechanical fields - to create structures with spatially and temporally varied shapes, physical properties, and functionalities. By programming complex behaviors in materials, we will enable new approaches for harnessing energy and transforming the structure and properties of soft and hybrid materials over multiple length scales.
Affiliation: UIUC
Provider: Materials Research Laboratory (MRL)
Type: Programming