EMPRL MicroFab Research Projects

Silicon materials and devices

III-V materials and devices

Other materials and devices

Amorphous silicon thin film transistors for active matrix liquid crystal flat panel displays  T. N. Jackson

Amorphous silicon solar cells on lightweight, flexible polyimide substrates   T. N. Jackson

Silicon/silicon-germanium two-dimensional electron gas heterostructures   T. N. Jackson

Hydrogenated amorphous silicon-germanium for black matrix integration in active matrix liquid crystal displays  T. N. Jackson

Silicon/silicon carbide wafer bonding   T. N. Jackson

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III-V materials and devices
 
Gallium arsenide based radiation-hard photovoltaics   T. N. Jackson

Gallium arsenide based room-temperature gamma-ray detectors   T. N. Jackson

Gallium nitride based optoelectronic devices   T. N. Jackson

III-V materials for heterojunction bipolar transistors (HBTs)  D. L. Miller, T. S. Mayer

2.6 µm-cutoff InGaAs detectors    D. L. Miller, T. S. Mayer

Improved HBT and laser reliability    D. L. Miller, T. S. Mayer

Thallium-containing III-V IR materials     D. I. Loubyshev

Perturbed angular correlation spectroscopy of III-V surfaces  Gary L. Catchen, D. L. Miller

Interfacial bonding research for compliant substrates    D. L. Miller, T. S. Mayer

Contacts to GaN    S. E. Mohney

Oxidation of Compound Semiconductors    S. E. Mohney

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Organic thin film transistors for active matrix liquid crystal flat panel displays.  T. N. Jackson

Silicon carbide field effect transistors.  T. N. Jackson

Electronic circuits based on organic thin films.  T. N. Jackson

Chemically assisted ion-beam etching and reactive ion-beam sputtering.  T. N. Jackson

Organic thin film based optoelectronic devices.  T. N. Jackson

Thin film transistors based on epitaxial oxides.  T. N. Jackson

Contacts to SiC    S. E. Mohney

Solid State Hydrocarbon Sensors    S. E. Mohney

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