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Researchers Explain how Fullerite can Obtain Ultrahigh Hardness

Researchers Explain how Fullerite can Obtain Ultrahigh Hardness

Dynavac Strengthens Team with Ramya Chandrasekaran, PhD as Director of Technology

Dynavac Strengthens Team with Ramya Chandrasekaran, PhD as Director of Technology

Scientists Synthesize First Sample of Transparent Ceramics

Scientists Synthesize First Sample of Transparent Ceramics

Researchers Examine New Polymers to Advance Field of Stretchable Electronics

Researchers Examine New Polymers to Advance Field of Stretchable Electronics

Chromaflo Technologies Acquires Elementis Specialties, Inc. Colorants Business

Study Results Help Address the Problem of Hydrogen Alloy Embrittlement

Study Results Help Address the Problem of Hydrogen Alloy Embrittlement

A Golden Discovery Could Revolutionize Wearable Technology

A Golden Discovery Could Revolutionize Wearable Technology

Automotive Industry Incorporates Lightweight Body Panels to Achieve Fuel-Efficiency

Automotive Industry Incorporates Lightweight Body Panels to Achieve Fuel-Efficiency

Formlabs Materials Scientist Explains the Science Behind 3D Printing Materials and Colors

Formlabs Materials Scientist Explains the Science Behind 3D Printing Materials and Colors

Oculus Rift Plus Enables Creation of Customized Controller Accessories

Oculus Rift Plus Enables Creation of Customized Controller Accessories

Double Flow-Focusing Nozzle Widens Spectrum for Protein Crystallography

Double Flow-Focusing Nozzle Widens Spectrum for Protein Crystallography

New Computer Vision Technique Creates Three-Dimensional Bladder Reconstruction

New Computer Vision Technique Creates Three-Dimensional Bladder Reconstruction

Pittcon 2017 Warms up the Scientific Community in Chicago

ASTM Releases Revised ASTM D7751 Standard; SPECTRO XEPOS ED-XRF Spectrometers are Compatible

ASTM Releases Revised ASTM D7751 Standard; SPECTRO XEPOS ED-XRF Spectrometers are Compatible

MIT Study on How Effects of Crystal Defects can Impact Heat and Electrical Transport in Microchips

MIT Study on How Effects of Crystal Defects can Impact Heat and Electrical Transport in Microchips

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