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Motion & Control Industry 2016 Awards Manufacturer of the Year Is PI (Physik Instrumente) UK

Motion & Control Industry 2016 Awards Manufacturer of the Year Is PI (Physik Instrumente) UK

Combination of Nanotextured Cassie Surface and Leidenfrost Effect Creates Water-Repellant Surfaces

Combination of Nanotextured Cassie Surface and Leidenfrost Effect Creates Water-Repellant Surfaces

Researchers Use FIB Technique to Make Precise Measurement of Single Carbon Nanocoils

Researchers Use FIB Technique to Make Precise Measurement of Single Carbon Nanocoils

Nanoscale IR spectroscopy for Molecular Understanding of Polymer Systems – Webinar by Dr. Meyers, Dow Chemical

High Resolution Separation and Fractionation of Nanoparticles

High Resolution Separation and Fractionation of Nanoparticles

Bruker Introduces Scanning Microwave Impedance Microscopy for Dimension Icon AFMs

High-quality CVD Graphene Films for Innovative Applications

High-quality CVD Graphene Films for Innovative Applications

Flexible, Self-Healing Material Could Improve Durability of Wearable Electronics

Flexible, Self-Healing Material Could Improve Durability of Wearable Electronics

Imec Expands its Silicon Platform for Quantum Computing Applications

Combining Raman Imaging with Nanoindentation for Improved Materials Characterization

Combining Raman Imaging with Nanoindentation for Improved Materials Characterization

Silver Nanowires Show Promise for Next-Generation Touch-Screen Technologies

Silver Nanowires Show Promise for Next-Generation Touch-Screen Technologies

Berkeley Scientists Discover New Properties of 2D Semiconductors

Berkeley Scientists Discover New Properties of 2D Semiconductors

Strem Chemicals, Inc. Achieves ISO 9001:2008 Certification

Strem Chemicals, Inc. Achieves ISO 9001:2008 Certification

Fast, Extremely Stable, Quiet: Compact Linear Positioning Stage Driven by Ultrasonic Piezo Linear Motor

Fast, Extremely Stable, Quiet: Compact Linear Positioning Stage Driven by Ultrasonic Piezo Linear Motor

Atomic Force Microscopy Takes Snapshots of Two Molecules Reacting on Surface of Catalyst

Atomic Force Microscopy Takes Snapshots of Two Molecules Reacting on Surface of Catalyst

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