Nitride Memristors
Abstract not provided.
Publications
Phase and texture evolution in solution deposited PZT thin films: formation and role of the Pt3Pb intermetallic phase
Journal of Applied Physics
Abstract not provided.
Wear resistant electrically conductive gold matrix nanocomposites
Abstract not provided.
Investigation of d-ZrH1.66/a-Zr interface in Zr-based cladding materials with aberration-corrected scanning transmission microscopy
Abstract not provided.
State-of-the-art Microanalysis at the nm-scale and Smaller: Going from Pretty Pictures to Quantitative Analysis of Hyperspectral Data
Abstract not provided.
Silicon-Based Low-Dimensional Electronic Devices: Fabrication Characterization and their Physical Behavior in the Quantum Regime
Abstract not provided.
The Roles of Solution Chemistry Substrate and Pyrolysis Temperature on the Chemical Heterogeneity in PZT Films
Abstract not provided.
Silicon-Based Low-Dimensional Electronic Devices: Fabrication Characterization and their Physical Behavior in the Quantum Regime
Abstract not provided.
Silicon-Based Low-Dimensional Electronic Devices: Fabrication Characterization and their Physical Behavior in the Quantum Regime
Abstract not provided.
Nanosecond Pulsed Laser Irradiation of Stainless Steel 304L: Oxide Growth and Effects on Underlying Metal
Proposed for publication in Surface & Coatings Technology.
Abstract not provided.
High Resolution Lithium Mapping Using Fe State of Charge in Energy-Filtered TEM
Abstract not provided.
PPM Task 1 Direction
Abstract not provided.
Method for crosssectional analysis using FIB, ToFSIMS and multivariate analysis
Abstract not provided.
Chemically Homogeneous Complex Oxide Thin Films via Improved Substrate Metallization
Abstract not provided.
The roles of solution chemistry substrate and pyrolysis temperature on the chemical heterogeneity in PZT films
Abstract not provided.
Time-Resolved Chemical Mapping of Phase Transformations in Li-ion Battery Electrodes
Abstract not provided.
Cubic erbium trihydride thin films
Thin Solid Films
High-purity, erbium hydride thin films have been deposited onto α-Al 2O 3 and oxidized Si by reactive sputtering methods. Rutherford backscattering spectrometry and elastic recoil detection show that films deposited at temperatures of 35, 150 and 275°C have a composition of 3H:1Er. Erbium trihydride films consist of a face-centered cubic erbium sub-lattice with a lattice parameter in the range of 5.11-5.20 Å. The formation of cubic ErH 3 is intriguing, because previous studies demonstrate a single trihydride phase with a hexagonal metal sub-lattice. The formation of a stable, cubic trihydride phase is attributed to a large, in-plane stress resulting from ion beam sputter deposition. © 2012 Elsevier B.V. All rights reserved.
Multivariate statistical analysis strategies of u-XRF spectral images
Abstract not provided.
Quantitative EDS Analysis of Nanometer-Scale Core/Shell Pd/Rh Structures
Abstract not provided.
Radiation Effects in TaOx Memristors
Abstract not provided.
The Role of Adhesion Layer Material on Ferroelectric Response in PZT Thin Films
Abstract not provided.
Chemically Homogeneous Complex Oxide Thin Films via Improved Substrate Metallization
Abstract not provided.
Resistive Switching in Aluminum Nitride
Abstract not provided.
Synthesis of MoS2-Au nanocomposite films by sputter deposition
Abstract not provided.
Nanoindentation and TEM Characterization of Ion Irridiated 316L Stainless Steels
Energy Technology 2012: Carbon Dioxide Management and Other Technologies
Understanding the effects of extensive radiation damage in structural metals provides necessary insight for predicting the performance of those metals considered for application in the extreme radiation environment. Predicting mechanical performance after long term radiation exposure is of great importance to extending the life of current nuclear reactors and for developing future materials for the next generation of reactors. A combination of finite element modeling, nanoindentation, and TEM characterization were used to rapidly determine the microstructure and mechanical properties influences of ion irradiation on a standard 316L stainless steel sample. The results of this study found that ion irradiation and small scale mechanical property testing can be used to characterize extensive levels of radiation damage structure, only when significant consideration is given to ion irradiation depth, surface roughness and polishing condition, the irradiation temperature, and.many other experimental parameters. © 2012 The Minerals, Metals, & Materials Society. All rights reserved.
Results 151–175 of 318