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Metrohm Introduces High-End Titration System, OMNIS

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 Launches Rapid and Accurate 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

Metrohm Introduces Handheld Material Identification System, Mira Flex

Smart Attachments set the Mira Flex handheld material identification system apart from the competition.

From Metrohm AG 15 Mar 2019

Analyzing Carbon Nanostructures Using X-Ray Paves Way for Better Material Design

Nanostructures derived from carbon are very adaptable. They are capable of absorbing ions in batteries and supercapacitors, storing gases, and desalinating water.

14 Mar 2019

Researchers Use a Single Fluorophore to Simultaneously Image Different Molecules

In day-to-day life, blinking lights can be used for sending signals––for instance, that a car is about to turn. At present, tiny “blinkers” that show single molecules of RNA or protein within cells based on the duration and frequency of every flash have been devised by scientists.

14 Mar 2019

Using Nanoscale Defects to Enhance the Properties of Ultrathin, 2D Materials

According to a famous saying, nothing in this world is perfect, and this is not bad always. As part of a research at the Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab), researchers found out how the properties of ultrathin, 2D material can be improved by nanoscale defects.

11 Mar 2019

Nanoanalysis News

Metrohm Introduces High-End Titration System, OMNIS

Metrohm Launches Rapid and Accurate Raman Solution for the Pharmaceutical Industry

Metrohm Introduces Handheld Material Identification System, Mira Flex

Analyzing Carbon Nanostructures Using X-Ray Paves Way for Better Material Design

Researchers Use a Single Fluorophore to Simultaneously Image Different Molecules

Using Nanoscale Defects to Enhance the Properties of Ultrathin, 2D Materials

Researchers Discover Viscous Flow of Electrons in Graphene

Portable Mass Spectrometer for Peptides Becomes a Reality with Nanopores

Researchers Investigate Life of Magnetic Nanoparticles Within Cells

Nano Drops a Million Times Smaller than a Teardrop Explodes 19th Century Theory

Why Negative-Stiffness Vibration Isolation is the Preferred Solution for Nanotechnology Applications

The Future of Graphene

Making Cryogen Free Measurements: Challenges and Solutions

Large-Sample Atomic Force Microscope (AFM) — Jupiter XR AFM

Nicolet™ iS20 FTIR Spectrometer—FTIR Spectrometer for Collecting High-Quality Spectral Data

Intrinsic Displacement Control Mode - Alemnis Nanoindenter

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In-Situ SEM Nanoindentation of a High-Entropy Alloy

Pushing Technology Limits with Graphene Science

What are the Effects of the Aspect Ratio and Tip Sharpness of an AFM Probe

How Rain Repellent Coatings are Beneficial

Nanoanalysis News

1 Researchers Combine Graphene with Nano-Sized Metal Ribbons of Gold to Create Ultrasensitive Biosensor

2 Physicists Demonstrate Spin Alignment of Free Electrons in Two-Dimensional Material

3 Highly Porous Nanomaterial Rapidly Removes Toxic Pollutants from Industrial Wastewater

4 Coating Graphene with Wax Reduces Contamination During Device Manufacturing

5 Paragraf Starts Producing Graphene Large Enough for Commercial Electronic Devices

6 Graphene Technology Firm Set to Revolutionize Water Filtration Market

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