Story content courtesy of Oregon State University, US
The findings should open the door to significant advances in electronics and many other fields, ranging from manufacturing to construction, agriculture and drinking water treatment.
“This integrated platform to study aqueous aluminum is a major scientific advance,” said Douglas Keszler, a distinguished professor of chemistry in the OSU College of Science, and director of the Center for Sustainable Materials Chemistry.
“Research that can be done with the new platform should have important technological implications,” Keszler said. “Now we can understand aqueous aluminum clusters, see what’s there, how the atomic structure is arranged.”
Aluminum is becoming increasingly important in electronics, particularly as a “green” component that’s cheap, widely available and environmentally benign.
Besides developing the new platform, this study also discovered one behavior for aluminum in water that had not been previously observed. This is a “flat cluster” of one form of aluminum oxide that’s relevant to large scale productions of thin films and nanoparticles, and may find applications in transistors, solar energy cells, corrosion protection, catalytic converters and other uses.
Ultimately, researchers say they expect new technologies, “green” products, lowered equipment costs, and aluminum applications that work better, cost less and have high performance.