Packing characteristics of jammed spheres with broad, power-law dispersity
Abstract not provided.
Publications
Search results
Jump to search filtersAccelerated predictions of charge density evolution in corrosive environments with machine learning
Abstract not provided.
High-Current (390 A) Large Area Vertical GaN PN Diodes with 1600 V Breakdown
Abstract not provided.
Surface Charge Migration in SiC Power MOSFETs Induced by HVDC-H3TRB Testing
Abstract not provided.
Disposal of Advanced Reactor and Accident-Tolerant Spent Nuclear Fuel
Abstract not provided.
Mesoscale Mechanics of Battery Materials: What Have We Learned
Abstract not provided.
Mesoscale thermomechanical modeling of woven carbon-carbon composites
Abstract not provided.
Update on multi-megabar shockless compression at Sandia’s Z machine (2024)
Abstract not provided.
Ensemble Machine Learning Proxies for Large-Scale Geological Carbon Storage
Abstract not provided.
Permittivity of Ferroelectric Nanoparticles in a Silicone Composite
Abstract not provided.
Development of a Research and Production Material Model Library for Computational Solid Mechanics
Abstract not provided.
The Variational Quantum Eigensolver in the Early Fault-Tolerant Era
Abstract not provided.
Improved Yield Estimation for Heterogeneously Integrated Components
Abstract not provided.
Storage and Transportation of Advanced Reactor Spent Nuclear Fuel
Abstract not provided.
DISCRETE ELEMENT METHOD-BASED INVESTIGATION OF HIGH-DENSITY POWDER COMPACTION
Abstract not provided.
Predicting mesh quality with machine learning
Abstract not provided.
DOE Peer Review Solar Heating of an Endothermic Ethylene Reactor (SHEER) Project Poster
Abstract not provided.
Atomistic Simulations of the Effect of Alloying on Solid/Liquid Interfacial Free Energies
Abstract not provided.
GMS SOH Configuration Tool Users Guide: Version 1.23 (for GMS PI 23 Open Source Release)
This document is a user’s manual for the Geophysical Monitoring System (GMS) Station State of Health (SOH) Configuration Tool.
Cross-sectional Electron Channeling Contrast Imaging
Abstract not provided.
High pressure equation of state and phase behavior of YbHx nanoparticles
Abstract not provided.
Characterization of sub-stoichiometric titanium hydride powders: A synergistic application of XRD, Laser-Induced Breakdown Spectroscopy (LIBS), and Quartz-Crystal Microbalance (QCM) methods
Abstract not provided.
Development and Characterization of Gradient Nanostructured Metals via Compositional Means
Abstract not provided.
Testing of Microchannels and Lab-Grown Stress Corrosion Cracks for Quantification of Aerosol Transmission
Abstract not provided.
Charge Dependent Atomic Cluster Expansions
Abstract not provided.
Compensating for Sintering Distortion in Additively Manufactured Copper using Physics-Informed Gaussian Process Regression
Abstract not provided.
Large Backup Generation Utilizing Sparse Differential Compression
Abstract not provided.
Improving secondary alkaline Zn-CuO batteries through the optimization of total Bi2O3 content in the CuO cathode
Abstract not provided.
Sensitivity analysis of simulated crack propagation in a composite laminate
Abstract not provided.
PIC algorithms for realistic plasma devices
Abstract not provided.
Chemical Recycling of Polybutadiene Rubber with Tunable Thermal Depolymerization Enabled by Microencapsulated Metathesis Catalysts
Abstract not provided.
Powder property evolution during die compaction through novel experiments and coordinated modeling
Abstract not provided.
Frequency Domain Thermoreflectance for Bond Evaluation in Heterogeneously Integrated Microelectronics
Abstract not provided.
A Review of Parameter Ranges for Uncertainty Estimation for Decomposing Carbon Fiber Epoxy Composites
Carbon fiber epoxy composites are increasingly used in systems requiring a material that is both strong and light weight, as in airplanes, cars, and pressure vessels. In fire environments, carbon fiber epoxy composites are a fuel source subject to oxidation. This literature review seeks to provide material properties as well as uncertainty bounds for those properties for computational models of decomposing carbon fiber epoxy composites. The goal is to guide analysts when measurements are lacking and increase credibility of uncertainty quantification ranges.
Improved high-cycle fatigue behavior of nanocrystalline Pt-Au thin-films demonstrated using a MEMS based microresonator
Abstract not provided.
Active Learning for the Design of Polycrystalline Materials
Abstract not provided.
Mapping anisotropic yield surface models to surrogate isotropic models using strongly typed interpretable machine learning
Abstract not provided.
Validating models of quantum computers in practice
Abstract not provided.
Validating Spin-Orbit QMC for Equation of State Calculations of Heavy Elements
Abstract not provided.
Implications of Olivine shock melt features in high-velocity impact experiments
Abstract not provided.
The transverse stiffness and the role of inter-layer water in Ti3C2Tx MXenes using sub-angstrom resolution modulated nanoindentation
Abstract not provided.
Entrapment of Volatile Organic Compounds in Defective UiO-66 Metal-Organic-Framework: Ab Initio Molecular Dynamics Simulations at 300K
Abstract not provided.
Parity Measurement Gate Set Tomography
Abstract not provided.
PIC-Simulations of an Intense Electron Beam Plasma using EMPIRE
Abstract not provided.
Coherent electron spin shuttling in an industrially-manufactured Si/SiGe triple quantum dot device
Abstract not provided.
Towards a Mechanistic Understanding of Surface Insulation Resistance
Abstract not provided.
Structural and Spectroscopic Properties of Butanediol-Modified Boehmite Materials
Journal of Physical Chemistry C
Glycoboehmite (GB) materials are synthesized by a solvothermal reaction to form layered aluminum oxyhydroxide (boehmite) modified by intercalated butanediol molecules. These hybrid materials offer a platform to design materials with potentially novel sorption, wetting, and catalytic properties. Several synthetic methods have been used, resulting in different structural and spectroscopic properties, but atomistic detail is needed to determine the interlayer structure to explore the synthetic control of GB materials. Here, we use classical molecular dynamics (MD) simulations to compare the structural properties of GB interlayers containing chemisorbed butanediol molecules as a function of diol loading. Accompanying quantum (density functional theory, DFT) static calculations and MD simulations are used to validate the classical model and compute the infrared spectra of various models. Classical MD results reveal the existence of two unique interlayer environments at higher butanediol loading, corresponding to smaller (cross-linked) and expanded interlayers. DFT-computed infrared spectra reveal the sensitivity of the aluminol O-H stretch frequencies to the interlayer environment, consistent with the spectrum of the synthesized material. Insight from these simulations will aid in the characterization of the newly synthesized GB materials.
Impact of Line Length and Component Selection on RF Performance for a PCB-based Ferromagnetic Nonlinear Transmission Line
Abstract not provided.
Spectroscopy and dynamics of water-silica interfaces
Abstract not provided.
Artificial Intelligence R&D: Electric Grid
Abstract not provided.
Results 2701–2750 of 101,000