PNNL Archives | The American Ceramic Society


Vitrification process turns radioactive waste into durable glass for safe disposal

By Faye Oney / June 8, 2018

Researchers have successfully converted radioactive waste into glass through vitrification at the Hanford Nuclear Site. The test is part of an overall plan to send low-activity waste directly to the vitrification facility via Direct Feed Low-Activity Waste system.

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Ceramics and glass business news of the week

By April Gocha / July 24, 2015

Tax credits boost manufacturing, glass still topping sapphire, and more ceramics and glass business news of the week for July 24, 2015.

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Glass spheres form powerful and inexpensive cell phone microscope you can 3D print at home

By Jessica McMathis / September 26, 2014

A Pacific Northwest National Laboratory team has developed a method that marries glass beads and 3D printing to transform your smart (or dumb) phone into a portable high-powered, high-quality microscope.

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White House convenes Materials Genome workshop; wave of new MGI initiatives announced

By / May 18, 2012

National Nanotechnology Initiative’s schematic representation of knowledge/data flow in Materials Genome-type communities. Credit: NNI. The White House held a special Materials Genome Initiative workshop this week that involved about 170 representatives of industry, academia, national labs and government, and the event served as a background for several significant new announcements related to the MGI. A post…

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New explanation for electrical conductivity at oxide-oxide interface

By Eileen De Guire / November 16, 2011

A cross-sectional scanning transmission electron micrograph of the interface between polar lanthanum chromium oxide and nonpolar strontium titanium oxide. Although the interface appears to be atomically abrupt, detailed spectroscopic measurements show that cation mixing occurs in the interfacial region. Credit: PNNL. Electrical conductivity is a pretty simple concept to understand: electrons move. Like water that…

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ARPA-E awards $37.3M for disruptive thermal storage innovations, materials

By / October 13, 2011

Abengoa, designer of novel concentrating solar power towers, is a participant in several new ARPA-E funded projects for storing thermal energy. Credit: Abengoa Last week Eileen reported on ARPA-E’s new awards in rare-earth alternative technologies. This week I thought I would take a look at APRA-E’s $37.3 million initiative to find a disruptive thermal storage…

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Ceramics and glass business news this week

By / June 14, 2011

Here’s what we are hearing: Nanocerox expands Manufacturing and Research & Development operations by 20% to meet continued market demands The company recently announced an expansion of the manufacturing and R&D facilities located in Ann Arbor, Mich. The newly added operations will allow Nanocerox to optimize its production capabilities into one location and expand its…

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Video of the Week: Making better batteries with metal oxide & graphene composites at PNNL

By / March 9, 2011

This video explains one route researchers at Pacific Northwest National Lab and Princeton are taking to create better materials for batteries: materials that assemble on their own into durable nanocomposites. Details are also provided about surfactants used in conjunction with tin oxide and functionalized graphene. The video features interviews with PNNL researcher Jun Liu and Princeton’s…

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Video of the week: Lithium ions cause nanowires to writhe, swell and twist

By / December 10, 2010

[flash mode=1 f={image=/ceramictechtoday/wp-content/video/lithium_ion_nanowire.jpg}] Some lithium ion batteries are plagued with, well, physical problems. Some of the mechanical effects are manifest as batteries that get very hot. Others swell, especially when overcharged, as has been noted by many authors (see here, for example). But seldom has the physical effects of lithium ion movement been demonstrated…

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PNNL researchers publish update on pancake-like sodium beta battery concepts

By / October 16, 2010

Over six months ago, Ann reported that PNNL researchers were starting to see some success in re-engineering the form of sodium beta batteries (NBB) from a cylinder-type of construction to a flat disc in which the components are stacked. Initial investigation showed that by changing the form, the performance could be improved by 30% and…

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