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Angela Cook

Florida Institute of Technology

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Peter Graham

Susquehanna University

Dan Meisel

Fraunhofer Institute for Telecommunications, Heinrich Hertz Institute

Hyesook Park

Ewha Womans University

B. A. Remington

Lawrence Livermore National Laboratory

C. M. Huntington

Lawrence Livermore National Laboratory

Cynthia Panas

Tom Arsenlis

Lawrence Livermore National Laboratory

Shon Prisbrey

Lawrence Livermore National Laboratory

J. M. McNaney

Lawrence Livermore National Laboratory

J. Kane

Oklahoma Biological Survey

Cooperative Institutions

Lawrence Livermore National Laboratory

Sandia National Laboratories

Los Alamos National Laboratory

University of Rochester

Massachusetts Institute of Technology

General Atomics (United States)

SLAC National Accelerator Laboratory

Energetics (United States)

Stazione Zoologica Anton Dohrn

University of Notre Dame

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High-Pressure Ramp EOS Measurements on the NIF

Bulletin of the American Physical Society (2017)

D. E. Fratanduono S. J. Ali Tom Arsenlis D. G. Braun Angela Cook

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Interfacial Charge Transfer in Irradiated Suspensions: Implications to Nuclear Waste

Timothy Schatz Angela Cook Dan Meisel

High-level waste

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Biofouling and barnacle adhesion data for fouling‐release coatings subjected to static immersion at seven marine sites

Biofouling (2000)

Geoffrey Swain Arga Chandrashekar Anil Robert Baier Fu‐Shiang Chia Ersilia Conte

Little is known about the performance of fouling‐release coatings at different geographical locations. An investigation was designed to measure the differences in biofouling and biofouling adhesion strength on three known silicone formulations and an epoxy control at seven static immersion sites located in California, Florida, Hawaii, Hong Kong, India, Italy and Singapore. The study found that whilst the relative performance of the coatings was similar at each site, there were statistically significant differences in the type and intensity of fouling that developed on the coatings and in barnacle adhesion strength among sites. The results emphasize the importance of evaluating potential coatings at more than one static immersion site.

Biofouling

10.1080/08927010009378456

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Development of a low-adiabat drive for material science experiments on NIF using release and recompression of low density organic foams

Bulletin of the American Physical Society (2015)

Christopher Wehrenberg Shon Prisbrey Hyesook Park Luca Benedetti C. M. Huntington

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Evidence of foam interpenetration in unloading, shocked reservoirs at the National Ignition Facility

Bulletin of the American Physical Society (2015)

Shon Prisbrey Hyesook Park Robin Benedetti Peter Graham C. M. Huntington

National Ignition Facility

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A Growing Family of Targets for the National Ignition Facility

Maren Hunsberger Angela Cook Michael Stadermann J. Kane Danielle Doane

Remarkably tiny and precisely manufactured targets are enabling breakthrough physics and materials research.

National Ignition Facility

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Chemistry, radiation, and interfaces in suspensions of nuclear waste simulants

Dan Meisel Angela Cook Donald M. Camaioni Thomas M. Orlando

We focus in this report on three issues that are of central importance in the management of radioactive high-level liquid waste (HLLW). We show that the only reducing radical that lasts longer than a few ps in typical HLLW, and is capable of generating hydrogen, is NO{sub 3}{sup 2-}. We measured the lifetime of this species across the whole pH range (3 {le} pH {le} 14) and found it to be shorter than {approx}15 {mu}s, before is dissociates to give strongly oxidizing NO{sub 2} radicals. We found that it reacts with many proton donors (H{sup +} phosphate, borate, NH{sub 4}{sup +}, amines) in a reaction that is not merely an acid-base equilibrium reaction. Using high-level ab initio calculations we estimate its redox potential and pK{sub a}. We have developed methodologies to study the degradation of organic additives to the HLLW (to CO{sub 2} or carbonate) by NO{sub 2}. Relative rates of degradation of several complexants were determined using competition kinetics and {sup 13}C NMR and proton NMR detection techniques. Direct absorption of the radiation (low-energy electrons as well as photons above the ionization threshold) in NaNO{sub 3} single crystal at the solid/vacuum interface led to production of NO, O, and O- as the major products.

Oxidizing agent

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Proceedings of the First International Symposium on the Decontamination of Nuclear Installations

A. Catherall Angela Cook H. Wells

Human decontamination

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Chemical plants and laboratories safety assessment

Allen Fairbairn E.S. London Lauren Lockett Angela Cook

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