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More on these and future activities is available on the |
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Today
Noon
Dance Club
Intermediate Night Club Two-Step Lesson
Bldg. 51 Lobby
Noon
Employee Activities Association
Feldenkrais ATM Class with Erika Gasperikova
Bldg. 90-3122
12:30 p.m.
Yoga Club
Class with Chris Hoskins
Bldg. 70-191
Tomorrow
9 a.m.
NERSC
Principles and Practice of Experimental Performance Measurement and Analysis of Parallel Applications
Bernd Mohr
Bldg. 50A-5132
Noon
Yoga Club
Class with Naomi Hartwig
Bldg. 70-191
Noon
Dance Club
Ballroom Dance Practice
Bldg. 51 Lobby
1 p.m.
Advanced Light Source
Spintronic Biochips for Biomolecular Recognition
Paulo Freitas
Bldg. 6-2202
1 p.m.
Scientific Computing
Computational Spectroscopy at the Molecular Foundry
David Prendergast
Bldg. 50F-1647
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This week's menu
Breakfast
6:30 to 10:30 a.m.
Lunch
11 a.m. to 3 p.m.
Coffee Bar
Mon. - Fri: 6:30 a.m. - 5 p.m. |
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Study on Ti02’s Ability
To Keep Buildings Clean
While magically self-cleaning buildings are not a reality yet, there have been developments over the past 10 years that hold promise for reducing exterior cleaning demands. Titanium dioxide (Ti02) is a material that can be applied as a thin film to building exteriors to protect against pollutants and debris. The compound can also be incorporated into building materials during the manufacturing process. An expanded look at the potential of Ti02 for buildings was recently addressed in a study performed by Berkeley Lab. Hashem Akbari and Paul Berdahl (EETD) are investigating the compound’s potential to “clean” outdoor air through its ability to oxidize pollutants. Full story.
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Lab Research Featured
On Environment Journal
A cover story in the June issue of Environmental Science & Technology describes developments in the study of chemistry on surfaces in the indoor environment. A number of the studies described in the article were performed by researchers in Berkeley Lab’s Indoor Environment Department (EETD). Chemistry at indoor surfaces results in the production of numerous secondary pollutants, which can lead to high human exposures. The cited studies include work done by Beverly Coleman, Hugo Destaillats, William Fisk, Ashok Gadgil, Lara Gundel, Al Hodgson, Melissa Lunden, William Nazaroff, Brett Singer and Douglas Sullivan. Go here to read the article.
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EMERGENCY INFO |
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Emergency: Call x7911
Cell Phones: Call 911
Non-emergency Incident Reporting: Call x6999
SECON level 3
More Information |
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