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3D Printing with Aluminum

Metal additive manufacturing can produce a wide range of metals, but additive manufacturing with aluminum is used to develop parts specifically for the aerospace and automobile industry. This article explores production methods, advantages, and applications. ....

Yao Chen , Dong Lin , Pan Jiang , Feng Chen , Nei Mongol , Feng Zhou , Xing Zhu , Min Zhang , Xiaolong Wang , Desheng Liu , Chinmay Sarafjan , Marinagrigorivna Shutterstock , Xin Jia , Chinmay Saraf , Xin Xu , Changjun Chen , Junyi Zhang , Jiale Xu , Alloys Used , Future Scope , Qiong Nian , Aluminum Really , Printing Blog , 3d Printing , Additive Manufacturing ,

Scientists capture first ever image of an electron's orbit within an exciton


Okinawa Institute of Science and Technology Graduate University
Highlights
Excitons are excited particles that form when negatively charged electrons bind to positively charged holes
Researchers have now used cutting-edge technology to capture the first ever image of the electron inside of an exciton
The technique uses extreme ultraviolet light to break excitons apart and kick the electrons into the vacuum of an electron microscope
By measuring the angle at which the electrons are ejected from the material, the research team determined how the electrons and holes orbit each other in an exciton
Press Release
In a world-first, researchers from the Okinawa Institute of Science and Technology Graduate University (OIST) have captured an image showing the internal orbits, or spatial distribution, of particles in an exciton – a goal that had eluded scientists for almost a century. ....

Vivek Pareek , Xiaoqin Li , Tonyf Heinz , Chakradhar Sahoo , Marshall Campbell , Abdullah Al Mahboob , Julien Madeo , Xing Zhu , Mohamedmm Abdelrasoul , Keshavm Dani , Keshav Dani , Nicholass Chan , Dani Ellenby , Elaine Wong , Kaichen Xie , Arka Karmakar , Okinawa Institute Of Science , Technology Graduate University , Okinawa Institute , Michael Man , Professor Keshav Dani , Femtosecond Spectroscopy Unit , Spectroscopy Unit , Science Advances , Julien Mad , Ting Cao ,

New catalyst makes styrene manufacturing cheaper, greener


 E-Mail
Chemical engineering researchers have developed a new catalyst that significantly increases yield in styrene manufacturing, while simultaneously reducing energy use and greenhouse gas emissions.
Styrene is a synthetic chemical that is used to make a variety of plastics, resins and other materials, says Fanxing Li, corresponding author of the work and Alcoa Professor of Chemical Engineering at North Carolina State University. Because it is in such widespread use, we are pleased that we could develop a technology that is cost effective and will reduce the environmental impact of styrene manufacturing. Industry estimates predict that manufacturers will be producing more than 33 million tons of styrene each year by 2023. ....

Xing Zhu , Zhua Wang , Xijun Wang , Junchen Liu , Zhenghong Bao , Yunfei Gao , Fanxing Li , Vasudev Haribal , Luke Neal , Zili Wu , Nature Communications , Kenan Institute For Engineering , Oak Ridge National Laboratory , University Of Science , National Science Foundation , Us Department Of Energy , Alcoa Professor , Chemical Engineering , North Carolina State , Kunming University , Kenan Institute , Chemistry Physics Materials Sciences , Industrial Engineering Chemistry , Polymer Chemistry , Technology Engineering Computer Science , Biomedical Environmental Chemical Engineering ,