The central NIAC facility has provided materials researchers and industrial clients with electron microscopy imaging and analytical analysis, surface analysis and x-ray diffraction serves for over 25 years. The NIAC houses:
For use, questions or more information, please contact the DIrector of MRSEC facilities:
Dr. Jerry Hunter
(608) 263-1073
Synopsis:
The Bruker D8 Discover diffractometer is ideally suited for rapid phase identification, stress analysis, and texture determination. It also has mapping capabilities with ~0.1 mm lateral resolution and can be configured for small angle x-ray scattering (SAX).
Advanced X-ray Diffraction System for Materials Research Applications
The Icon AFM incorporates the latest evolution of Bruker’s industry-leading nanoscale imaging and characterization technologies on a large sample tip-scanning AFM platform. The Icon’s temperature-compensating position sensors render noise levels in the sub-angstroms range for the Z-axis, and angstroms in X-Y.
The Icon AFM in the NIAC allows has Peak Force Tapping, the Quantitative Nanomechanical Analysis software and the Fast Tapping as available options.
The MultiMode AFM offers multiple SPM modes, including contact AFM, TappingMode and Peak Force Tapping.
The Cameca 4f-E7 provides depth profile and contamination analysis on a broad range of materials from semiconductors and metals to insulators.
It is equipped with oxygen and cesium primary ion sources for analysis of positive and negative secondary ions and a high resolution (30,000 m/dm) double focussing mass spectrometer.
The Dynacool PPMS has recently been installed at the UW Madison Nanoscale Imaging and Analysis Center.
This FEI STEM instrument is configured with a CEOS probe-side aberration corrector, which provides revolutionary performance in STEM imaging and microanalysis. Imaging single atoms, and nanoscale Chemical and Structure analysis. With <0.08 nm spatial resolution Zcontrast STEM imaging, <0.1 nm spatial resolution HRTEM imaging. It is fully equipped for analytical analysis with EDS and electron energy loss spectrometers.
The LabRAM HR Evolution Confocal Raman Microscope provides measurements of spectra and 2-d mapping of true confocal Raman and photoluminescence in the range from near- IR to UV. The instrument contains 4 excitation sources and has fast mapping mode.
The TI 950 TriboIndenter nanoindenter has been developed as an automated, high throughput instrument to support the numerous nanomechanical and nanotribological characterization techniques developed by Hysitron. Transducers available for the TI 950 include scratch, dynamic mechanical analysis (DMA), high load (to 10 N), acoustic emission, conductive probe and Xprobe, allowing for a wide range of testing methods.
The Wisconsin Centers for Nanoscale Technology installed a Leica EM TiC 3X Ion Beam milling system. Funding was provided by the UW-Madison MRSEC, COE, L&S, VCRGE and CALS. The system is currently available for use in the Nanoscale Imaging and Analysis Center.
Features
High Resolution XRD for Rocking curves and Reciprocal space maps.Six-axis sample stage on high resolution goniometer. Absolute angular resolution = 0.0001 degrees.
Thermo Nicolet Magna 550 FT-IR bench with a NICPLAN FT-IR Microscope with computer controlled Stage. Latest Omnic/Atlas software for spectral mapping of areas by stage scanning. Bulk and Micro FT-IR measurements on a variety of samples.
The NanoMill system features gaseous ion source technology that results in ion energies as low as 50eV and a beam size as small as 2 microns. It allows specimens to be prepared without amorphization, implantation, or re-deposition. The ion beam can be targeted to a specific area of interest. A secondary electron detector (SED) is used to image the ion-induced secondary electrons that are generated from the targeted area of the specimen.
Area detector for high speed, high sensitivity and 2D X-ray diffraction data collection
This 300 KV STEM is equipped with a Field Emmison source, and equiped for cyro samples, and normal hard materials work. With an automated stage and tilt of +70 to -70 degrees it is capable of electron tomography including various software pacjages. Double tilt holder allows easy diffraction work for multiple zone axis while the samples is in the microscope. HigH resolution CCD as well as side entry fast cameras, and Gatan GIF.
Features & Accessories:
The Helios Plasma Focused Ion Beam (PFIB) Workstation is a fully digital, Extreme High Resolution (XHR) Field Emission Scanning Electron Microscope (FE SEM) equipped with inductively coupled plasma (ICP) focused ion beam (PFIB). It allows in-situ large area sample preparation and high resolution imaging and analysis of
hundreds of microns areas.
The Wisconsin MRSEC has developed a versatile synchrotron-radiation instrument enabling the use of hard x-ray nanobeam and coherent scattering techniques to study nanoscale phenomena in the formation, crystallization, and transformation of nanoscale volumes of materials in carefully controlled environments. The instrument is specifically designed to permit the use of close-working-distance x-ray optics using either Fresnel zone plates (for experiments with photon energies from 5 to 12 keV) or compound refractive lenses (from 12 to approximately 25 keV).
The Thermo Scientific™ K-Alpha™+ X-ray Photoelectron Spectrometer (XPS) System is a fully integrated, monochromated small-spot XPS system with depth profiling capabilities. State-of-the-art performance, reduced cost of ownership, increased ease of use and compact size make the K-Alpha X-ray XPS System ideal for a multi-user environment.
The Zeiss Auriga SEM combines SEM imaging with FIB capabilities. The live SEM imaging capability during FIB operation mode gives full control when micro-machining critical samples.
The Auriga series offers a multi-channel gas injection system for ion beam deposition of metals or insulators and for enhanced etching. A wealth of options exist on the NIAC system including a 5 gas injection system and a single high angle gas injector for 0 degree, an in situ micromanipulator, and SE, Inlens SE, Inlens BSE, STEM and EDS detectors.
The Zeiss GeminiSEM 300 is a high-performance variable pressure Scanning Electron Microscope (SEM) equipped with a Schottky type field emission gun, various detectors (in-lens and Everhart-Thornley type secondary electron detectors, as well as a variable pressure secondary electron detector, an in-lens back scattered electron detector, and multi-quadrant solid state back-scattered electron detector). This system also has Oxford EDS and EBSD detectors. This system has an oil free vacuum system to maintain hydrocarbon free imaging.
The Zeiss GeminiSEM 450 is a high-performance variable pressure Scanning Electron Microscope (SEM) equipped with a Schottky type field emission gun, various detectors (in-lens and Everhart-Thornley type secondary electron detectors, as well as a variable pressure secondary electron detector, an in-lens back scattered electron detector, and multi-quadrant solid state back-scattered electron detector). In addition, there is a detector for energy-dispersive x-ray analysis. This system has an oil free vacuum system to maintain hydrocarbon free imaging.
The LEO 1530 uses a Schottky-type field-emission electron source. The Gemini optical column has no crossovers and utilizes a magnetic/electrostatic objective lens for outstanding imaging capabilities, especially at low voltage (due to reduced chromatic aberration.EDS with SSD detector. Large area fast BSE detector.
The ZYGO white light interferometer (profilometer) is a tool for characterizing and quantifying surface roughness, step heights, critical dimensions, and other topographical features with excellent precision and accuracy. All measurements are nondestructive, fast, and require little to no sample preparation. Profile heights ranging from < 1 nm up to 20000 nm at high speeds, independent of surface texture, magnification, or feature height!
MRFN.org is supported by the MRSEC Program of the National Science Foundation. Image in the header is courtesy of CRISP MRSEC.
