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Resources
The available processing, measurement, and computational resources are listed below.
Processing and Measurement Resources include:
- Cleanroom
- Lithography Facility
- Nanoassembly Laboratory
- Micro/Nanofluidics Laboratory
- Micro/Nanoelectronics Laboratory
- Solution-based nanocrystal fabrication
- Particle sizing
- Zeta-potential instrument
- UV-vis spectrometer
- FTIR spectrometer
- Two photon absorption microscope
- Small angle X-ray scattering system
- Membrane ion transport workstation
- Fluorescence correlation spectrometer (FCS)
- EPI fluorescence microscope
- Wide-field single molecule fluorescence
microscopy - Room and low temperature near-field scanning optical microscopes
- Spectrofluorometer with fluorescence lifetime capabilities
- Confocal microscopes with live cell imaging capabilities
- Atomic force microscope (AFM) equipped with EPI fluorescence
- Ultra high vacuum variable temperature scanning tunneling microscope (STM)
- Transmission electron microscope (TEM)
- Scanning electron microscope (SEM) with electron dispersion spectrometer
- Ultramicrotome with EMFCS
- Micro sputter coating system
- High pressure freezer
- Critical point dryer
- Sputtering systems
- Thermal evaporator systems
- Micromanipulator probe stations
- Keithley 4200 IV and CV measurement system
- High frequency network and spectrum analyzers
Computational Resources include:
- Access to IU’s Supercomputer systems
- Clusters of workstations
- Nanostructure Builder and Visualization
- Materials Studio
- NanoEngineer
- Density Functional Theory codes
- FLEUR
- VASP
- Dmol3
- ABINIT
- Molecular Dynamics simulators
- Materials Studio
- DLPOLY
- MPSIM
- LAMMPS
- CHARMM
- Electrical Circuit design
- Menter Graphics
- Synopsis
- L-Edit, Layout Editor
- CAD
- LabView, PSPICE
- Code development
- Matlab, Mathematica, Maple
- In-House codes