Daniel Aldrich just published in the lastest AsiaPacific Issue Series
January 17, 2012
Dr. Aldrich's paper titled "Post-Crisis Japanese Nuclear Policy: From Top-Down Directives to Bottom-Up Activism," was published in the latest edition of the AsiaPacific Issue Series.
Abstract: Over the past fifty years, Japan has developed one of the most advanced commercial nuclear power programs in the world. This is largely due to the government’s broad repertoire of policy instruments that have helped further its nuclear power goals. These top-down directives have resulted in the construction of 54 plants and at least the appearance of widespread support for nuclear power. By the 1990s, however, this carefully cultivated public support was beginning to break apart. And following the earthquake and tsunami of March 2011 and resulting nuclear crisis in the Fukushima nuclear complex, the political and social landscape for energy in Japan has been dramatically altered. The crisis has raised and reinforced environmental concerns and health fears, as well as skepticism about information from government and corporate sources. A civil society that for decades has appeared weak and nonpartcipatory has awakened and citizens are carrying out bottom-up responses to the accident, effecting change with grassroots science and activism.
You can download the paper from: http://www.eastwestcenter.org/sites/default/files/private/api103.pdf
- Jill Wable
July 21, 2016
The recent recall of hoverboards because of exploding lithium-ion batteries highlights the danger of overheating batteries. Amy Marconnet, an assistant professor of mechanical engineering, can speak about the effects of excessive heating in batteries. Marconnet (pronounced mar-co-nay) founded the Marconnet Thermal and Energy Conversion Lab, where researchers are dissecting the batteries and testing materials making up electrodes and a critical component called a separator. (A video is available at https://www.youtube.com/watch?v=qCTMA8sxZO0) Battery failures have been reported in products ranging from commercial airliners and laptops to hoverboards and cellphones. Chemical reactions in the batteries generate heat while discharging and charging. The separator is a layer of material between the positive and negative electrodes. When it fails due to high heat, the battery short-circuits and could explode.Read Full Story