Leveraging Isotopic Labels to Elucidate the Thermal-Oxidative Degradation Mechanisms of Nylon 6.6
Abstract not provided.
Publications
Detection and Characterization of Low-Molecular Weight Volatile Thermal-Oxidative Poly(ethylene-co-vinyl acetate) (EVA) Degradation Products by Cryo-GC/MS
Abstract not provided.
Chemoselective Sensor Development for WR Applications
Abstract not provided.
Materials: From Synthesis to End-of-Life
Abstract not provided.
Characterizing the Origins of Volatile Nylon 6.6 Thermal-Oxidative Degradation Products using Cryo-GC/MS and Selective Isotopic Labeling
Abstract not provided.
Leveraging Isotopic Labels to Elucidate the Thermal-Oxidative Degradation Mechanisms of Nylon 6.6
Abstract not provided.
Modernization of the Low Intensity Cobalt Array (LICA) Facility
Abstract not provided.
Detection and Characterization of Low-Molecular Weight Volatile Thermal-Oxidative Nylon 6.6 Degradation Products via Selective Isotopic Labeling and Cryo-GC/MS
Abstract not provided.
Leveraging Isotopic Labels to Elucidate the Thermal-Oxidative Degradation Mechanisms of Nylon 6.6
Abstract not provided.
Neutron and gamma irradiation damage to organic materials
This document discusses open literature reports which investigate the damage effects of neutron and gamma irradiation on polymers and/or epoxies - damage refers to reduced physical chemical, and electrical properties. Based on the literature, correlations are made for an SNL developed epoxy (Epon 828-1031/DDS) with an expected total fast-neutron fluence of {approx}10{sup 12} n/cm{sup 2} and a {gamma} dosage of {approx}500 Gy received over {approx}30 years at < 200 C. In short, there are no gamma and neutron irradiation concerns for Epon 828-1031/DDS. To enhance the fidelity of our hypotheses, in regards to radiation damage, we propose future work consisting of simultaneous thermal/irradiation (neutron and gamma) experiments that will help elucidate any damage concerns at these specified environmental conditions.
Leveraging Isotopic Labels to Elucidate the Underlying Degradation Chemistries of Nylon 6.6
Abstract not provided.
Characterization of Volatile Nylon 6.6 Thermal-Oxidative Degradation Products by Selective Isotopic Labeling and Cryo-GC/MS
Journal of the American Society for Mass Spectrometry
Abstract not provided.
The Origins of CO2 and NH3 in the Thermal-Oxidative Degradation of Nylon 6.6
Proposed for publication in Polymer Degradation and Stability.
Abstract not provided.
LEVERAGING ISOTOPIC LABELS TO ELUCIDATE THE UNDERLYING DEGRADATION CHEMISTRIES OF NYLON 6.6
Abstract not provided.
Understanding the Thermal-Oxidative Degradation of Nylon 6.6 using Isotopically Labeled Polymers
Abstract not provided.
Brief Overview of Sandia Capabilities with regard to Nuclear Power Plant Cable Insulation Aging
Abstract not provided.
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