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OMNIS—A High-End Titration System from Metrohm

OMNIS is the high-end titration system from Metrohm. It provides users with the possibility to consolidate their wet chemical analysis on a universal platform.

From Metrohm AG 15 Mar 2019

Metrohm Introduces Handheld Raman Solution for the Pharmaceutical Industry

Metrohm is pleased to present the latest compliant handheld Raman solution for the pharmaceutical industry.

From Metrohm AG 15 Mar 2019

New Metrohm Eco Titrator Enables Manufacturers to Reduce Risks in Quality Control

When something goes wrong in quality control, the reputation of the brand concerned is at stake. Better to exclude risks in the first place.

From Metrohm AG 15 Mar 2019

Researchers Use High-Performance Computer Simulations to Observe the Process of Adhesive Wear

In a recent study, EPFL researchers used high-performance computer simulations to understand how surface roughness changes upon rubbing two materials together.

11 Mar 2019

Scientists Discover a New Way to Improve the Energy Density of Supercapacitors Based on 2D Materials

An innovative method—discovered by researchers at the Department of Energy’s Oak Ridge National Laboratory, the Drexel University and their associates—could enhance the energy density of conductive two-dimensional (2D) ceramics known as MXenes, which are potential energy-storage materials.

5 Mar 2019

Researchers Use Different Mineral Forms of Titanium Oxide to Improve the Efficiency of Perovskite-Type Solar Cells

Scientists have discovered a new way to improve the efficiency of perovskite-type solar cells by layering different mineral forms of titanium oxide over one another. This technique improved the efficiency of these solar cells by one-sixth.

1 Mar 2019

New Research Finds that Electrically Heated Silicate Glasses Defy Joule’s First Law

Characterizing electrically heated silicate glass and predicting its behavior is essential as it is used in a range of devices that steer technical innovations.

27 Feb 2019

Researchers Create a Periodic Table to Group Droplets Based on Their Motions

Liquid droplets take up complicated shapes and behave differently, each with a unique resonance—similar to a violin string or a drum head—based on the complex interrelationship of the liquid, the gas surrounding it, and the solid it lands on.

26 Feb 2019

Fortifying Silicon with MXenes Could Expand the Capacity of Lithium-Ion Batteries

It is believed that the latest generation of lithium-ion (Li-ion) batteries available on the market could prolong the charge-to-charge life of electric cars and phones by around 40%.

22 Feb 2019

Porous Carbon Fibers Exhibit Potential for Use in Industrial Settings

According to an update on a newly reported study on porous carbon fibers, these materials can possibly be employed in an industrial environment, representing a significant step from the theoretical to the application phase.

20 Feb 2019

Materials Science News

OMNIS—A High-End Titration System from Metrohm

Metrohm Introduces Handheld Raman Solution for the Pharmaceutical Industry

New Metrohm Eco Titrator Enables Manufacturers to Reduce Risks in Quality Control

Researchers Use High-Performance Computer Simulations to Observe the Process of Adhesive Wear

Scientists Discover a New Way to Improve the Energy Density of Supercapacitors Based on 2D Materials

Researchers Use Different Mineral Forms of Titanium Oxide to Improve the Efficiency of Perovskite-Type Solar Cells

New Research Finds that Electrically Heated Silicate Glasses Defy Joule’s First Law

Researchers Create a Periodic Table to Group Droplets Based on Their Motions

Fortifying Silicon with MXenes Could Expand the Capacity of Lithium-Ion Batteries

Porous Carbon Fibers Exhibit Potential for Use in Industrial Settings

The Hidden Gem: Modern Torque Rheometers Bring Many Advantages in Polymer Development

Using Microrheology to Measure Rheology Faster and Contact Free

The Importance of Molecular Weight Testing in an Industrial Environment

High Sensitivity GC-IRMS System - GC5

High-Resolution Angle of Repose Analyzer – GranuHeap

Dynamic Vapor Sorption Analyzer for Water and Organic Vapors

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NIRS Inline Monitoring of Water Content in Naphtha Fractions

An Introduction to the Braze Alloys in the Space Industry

Using Quantitative Techniques to Meet Demands for Sustainable Energy

Characterizing Diamonds with FT-IR Spectroscopy

Materials Science News

1 Unique High-Speed 3D Printer for Large-Volume Resilient Plastic Components

2 New Tungsten-Based Alloy Could be Valuable for Magnetic Fusion Facilities

3 Novel Artificial Muscles and Robotic Actuators Could be Developed Using Spider Silk

4 Researchers Conduct 3D Experiments to Better Understand Shape Memory Alloy

5 DSM & Fortify Collaborate to Develop High-Performance Composite Materials for 3D Printing

6 Autodesk, Arkema and Farsoon Team-Up to Accelerate 3D Printing Process of Polymers

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