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Researchers Unravel the Route to Faster Recharging of Lithium Batteries

Researchers Unravel the Route to Faster Recharging of Lithium Batteries

Unique Particle Additive Technology Reduces Friction and Wear to Significantly Contribute to Engine Efficiency

Unique Particle Additive Technology Reduces Friction and Wear to Significantly Contribute to Engine Efficiency

Nanoscale Understanding of Hair Could Lead to Development of New Materials for Body Armor

Nanoscale Understanding of Hair Could Lead to Development of New Materials for Body Armor

New Zeus LCP Monofilament Named Top Prize Winner in Innovation Tours

New Zeus LCP Monofilament Named Top Prize Winner in Innovation Tours

Latest advancements in nanoscale IR Spectroscopy – Webinar by Anasys Instruments Santa

New Linear Motor Stages with Magnetic Direct Drives and New Motion Controller, from PI

New Linear Motor Stages with Magnetic Direct Drives and New Motion Controller, from PI

Johnson Matthey uses a Magritek Spinsolve Benchtop NMR system for materials characterisation in their Research Facility at Sonning Common, UK.R

Johnson Matthey uses a Magritek Spinsolve Benchtop NMR system for materials characterisation in their Research Facility at Sonning Common, UK.R

Pittcon Launches New Improved Mobile App with Web Version

Researchers Successfully Create Flexible Ferroelectrics

Researchers Successfully Create Flexible Ferroelectrics

The Performance Users Trust in A New Colour

The Performance Users Trust in A New Colour

Researchers Successfully Localize Hydrogen Atoms for Material Analysis

Researchers Successfully Localize Hydrogen Atoms for Material Analysis

Superior Ohmic Contacts with Higher Work Functions Revolutionize Field of Flexible Electronics

Superior Ohmic Contacts with Higher Work Functions Revolutionize Field of Flexible Electronics

Green Dot Bioplastics Create New Biodegradable Plastic for Horticultural Applications

Green Dot Bioplastics Create New Biodegradable Plastic for Horticultural Applications

New 2D Semiconducting Polymer-Blended Nanonetwork Material Could Form Backbone of Organic Electronics

New 2D Semiconducting Polymer-Blended Nanonetwork Material Could Form Backbone of Organic Electronics

MIT Chemists Develop New Technique that Enables Adaptable 3D Printing

MIT Chemists Develop New Technique that Enables Adaptable 3D Printing

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