News:
- Combinatorial Chemistry Helps Evaluate Materials for Energy-Efficient PEM Fuel Cells
- Uniform Tungsten Trimers Stand and Deliver
- Open Science Grid Receives $30 Million Award to Empower Scientific Collaboration and Computation
- New Tool for Nano Vision
-Strategic Lab Management Conference – Coming Next Month
- Find What You Need … Fast!
Editor's Choice:
- Organic Deposition Source

- Exhaust Enclosures

- Lab Reader for Solid-State Viscometer


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Particle Analysis from Carl Zeiss
The Flexible Solution. Analyze with confidence. Our fully automatic, microscope based system for documentation and analysis of porosity, defects, or particles on filters or surfaces can analyze images and create high resolution mosaics of any size, as well as adapt easily to company-internal text specifications. Evaluation results comply with ISO 4406, 162332 and VDA 19 standards. A high level of precision is guaranteed through a calibration procedure and certified particle norms provided for verification.
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Combinatorial Chemistry Helps Evaluate Materials for Energy-Efficient PEM Fuel Cells
Because of their efficiency and reduced pollution, fuel cells offer a promising alternative to traditional power sources in transportation and other applications. Yet more durable, less expensive materials are needed before these electrochemical devices replace internal combustion engines in vehicles.

Finding those materials will require analyzing potentially billions of possible material combinations. In response, J. Carson Meredith, an associate professor at Georgia Tech’s School of Chemical and Biomolecular Engineering, is developing a new screening system that will enable researchers to evaluate hundreds or thousands of potential materials in a single experiment. more>>>


Uniform Tungsten Trimers Stand and Deliver
Like tiny nano-soldiers on parade, the cyclic tungsten trioxide clusters line up molecule-by-molecule on the titanium dioxide platform. One tungsten atom from each cluster is raised slightly, holding forth the potential to execute catalytic reactions.

The nanostructures constitute a new model system, a simplified version of a catalyst that would be used in an application. Such models reveal to chemists the exact structure and reaction mechanisms of metal oxides.

Developed by researchers from the Department of Energy's Pacific Northwest National Laboratory, the University of Texas-Austin and Washington State University, the discovery may offer a platform for fundamental reactivity studies of metal oxides used as catalysts in converting hydrocarbons into fuels and value-added chemicals. more>>>

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Digital Microscope Generates 3-D Images and Color Surface Profiles
The Keyence VHX-500 Digital Video Microscope is the most versatile microscope system available. Its high depth-of-field, 20X greater than conventional microscopes, allows the composition of 3-D images and 3-D Surface Profiles. Other features include real-time, on-screen measurements, digital focus, and color-topographic displays. An 18 mega-pixel handheld camera with available zoom lenses up to 5000X allows observation of large specimens without time- consuming preparation. Still/moving images can be locally and remotely recorded or transferred.
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Open Science Grid Receives $30 Million Award to Empower Scientific Collaboration and Computation
Scientists on the track to discovery got good news this month when a powerful computing tool received critical government funding. A five-year, $30 million award to the Open Science Grid Consortium, announced by the National Science Foundation and the U.S. Department of Energy’s Office of Science, will operate and expand the Open Science Grid, a computing environment used by scientists to harness computing resources and scientific data from around the world.

“The ability to reliably share and analyze petabytes of data is critical to scientific discovery. This investment in sustaining and extending the Open Science Grid is an important component of the petascale science infrastructure,” said Michael Strayer, director of the Scientific Discovery through Advanced Computing program and associate director for Advanced Scientific Computing Research in DOE’s Office of Science. more>>>



New Window on the Nano World
Researchers at the U.S. Department of Energy’s Ames Laboratory can now see the atomic structure of materials with unprecedented clarity thanks to a new $1.8 million scanning transmission electron microscope. The new FEI-Tecnai G2 – F20 STEM was installed in Wilhelm Hall on the Iowa State University campus this summer.

A transmission electron microscope uses high-voltage electron beams to acquire ultrahigh resolution sample images down to Ångström levels for analyzing the atomic structure, crystallographic structure and composition of specimens. The specimens are typically thinned through ion milling or other techniques to a film only a few nanometers thick so that the beam can pass through the sample. more>>>

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Strategic Lab Management Conference – Coming Next Month
Lab managers need to understand a vast array of quality systems requirements—systems that require intricate documentation and workflow management. Health, safety and environmental regulations are changing rapidly, and lack of knowledge about these changes is no excuse. Attracting and retaining quality staff is a major challenge. And within the next several years, the majority of lab managers will be involved in a major expansion, retrofit, renovation or replacement of their facility.

Reed Science Group’s Strategic Lab Management Conference will show you how to manage quality issues, comply with a changing regulatory environment, transfer technology to market, reduce capital and supply costs and evaluate state-of-the-art laboratory information management systems. more>>>


Find What You Need … Fast!
Looking for a balance, chiller, gas generator, lab washer, spectrophotometer, titrator, viscometer, or water purification system? Need it now? Visit www.LaboratoryEquipment.com, click on the “Buyers Guide” tab at the top of the page and type your keyword of choice in the Search window. Click on “Jump to results” for the Buyer’s Guide. Here you’ll find information on the technology you’re interested in, plus messages from vendors ready to meet your needs.

If your keyword is one of those highlighted in the box at the top of the Buyers Guide page, simply click on the word and go directly to the suppliers list. more>>>

Organic Deposition Source Reduces Waste
BOC Edwards’ new temperature controlled evaporation source is for depositing the sensitive materials in the research and production of Organic Light Emitting Diodes (OLEDs) and solar cells. The source gives users accurate control of the temperature profile, and thereby greater control of the deposition rate, reducing material waste and associated costs. more>>>
Exhaust Enclosures Monitor Airflow and Filter Condition
Brinkmann Instruments’ AirClean Series 200 ductless enclosures, particularly suited for use with all Büchi Rotary Evaporators, may also be used as a stand-alone lab fixture. Features include extremely quiet operation (<49 db), UL-, CSA- and CE-certification, space-saving design (32 in wide × 24 in deep), proprietary AirSafe controller, and a bonded carbon filter designed for the 18 most commonly used solvents. more>>>
Hand-held Lab Reader for Solid-State Viscometer
BiODE’s On-line and lab viscosity data can be acquired from solid-state viscometers capable of measuring samples as small as 120 mL. Data can be instantly acquired via USB connectivity or using the proprietary eCup portable, hand-held reader. The reader connects directly to the ViSmart sensor and has a liquid crystal display. more>>>






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