Tag: manufacturing
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University Spin-Off Developing Super-Porous Nanomaterials
A spin-off company from Queen’s University in Belfast, Northern Ireland is commercializing research on highly porous nanoscale materials, using a simple, safe process for synthesizing these materials developed at the university. The research by Queens chemistry professor Stuart James on these materials, known as metal-organic frameworks (MOFs), has led to the founding of the company…
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University Licenses Taste-Masking Technology to Pharma
New Jersey Institute of Technology in Newark agreed to license its discoveries that can mask the taste of drug particles to Catalent Pharma Solutions, a drug manufacturer in Somerset, New Jersey. Catalent funded the research by NJIT engineering professor Rajesh Dave (pictured left) that led to the development of this technology. Dave’s research at NJIT…
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Nanoscale Bar Codes Developed to Combat Counterfeiting
Engineers and chemists at South Dakota School of Mines and Technology (SDSMT) in Rapid City and University of South Dakota in Vermillion devised invisible, nanoscale high-density bar codes that can authenticate paper documents and other solid objects. The team published its findings in the journal Nanotechnology, published by Institute of Physics (free registration required). The…
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Sliding Metal Parts Found to Exhibit Fluid-Like Properties
Researchers at Purdue University in Indiana found solid pieces of metal that slide over each other to display properties resembling fluids rather than solids. Their research — funded by National Science Foundation, U.S. Army and General Motors — appears in the journal Physical Review Letters (paid subscription required). The team led by materials engineer Srinivasan…
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New Process Simplifies Protein Production for Drug Companies
A chemical engineer at University of Arkansas in Fayetteville developed a new method for producing high quality proteins used in drugs for treating an assortment of disorders. Doctoral candidate Ellen Brune (pictured right) also founded a company, Boston Mountain Biotech, to commercialize the technology. Current industry methods for protein manufacturing require separating out the background…
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Process Developed for Stronger Alloys at High Temperatures
Materials scientists at Massachusetts Institute of Technology devised a process for growing and merging nanoscale metallic crystals to create alloys that can withstand the stress of high temperatures. MIT graduate students Tongjai Chookajorn and Heather Murdoch (pictured left), with faculty advisor Christopher Schuh, discuss their methods in this week’s issue of the journal Science; paid…
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University to Research 3-D Self-Assembly Processes
Engineers at North Carolina State University in Raleigh received a grant to develop materials that fold themselves into three-dimensional objects when exposed to light. National Science Foundation awarded the four-year, $1.76 million grant to Jan Genzer (pictured right), a chemical engineering professor at NC State. Genzer says he is assembling a team of “designers, engineers,…
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New Methods Developed to Combat Drug Counterfeiting
Two presentations at the national meeting of the American Chemical Society in Philadelphia highlight new methods for combating counterfeit drugs, particularly in developing countries. Toni Barstis of Saint Mary’s College in Notre Dame, Indiana (pictured right) discussed a paper-strip test for Panadol, a pain killer based on acetaminophen, and Facundo Fernández at Georgia Tech in…
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University Prof. Develops Lightweight Pipeline Material
A University of Arizona engineering professor designed a new, lightweight underground pipe material, with a company he founded taking the invention, as well as the innovative manufacturing methods, to market. Mo Ehsani, Professor Emeritus of Civil Engineering at Arizona (pictured left), will discuss the new pipe material next week at American Society of Civil Engineers…
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Technology Developed for Mass Wireless Chip Printing
Engineers in Korea developed a process for printing cheap electronic devices on every day items that can transmit data to smartphones. The work of the authors from Sunchon National University and Paru Printed Electronics Research Institute is described in the journal Nanotechnology (free registration required), published by Institute of Physics. The team led by Jinsoo…