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Comparing the Physical Stability of Samples

Comparing the Physical Stability of Samples

This article discusses how the Turbiscan LAB allows for the comparison of samples in terms of physical stability.

From Microtrac 4 Jul 2018

Reduction of Power Outage Risk Using a Reliable Critical Power System

Reduction of Power Outage Risk Using a Reliable Critical Power System

Technological infrastructure is of the utmost importance within society. During an emergency, backup power provides the means for many organizations to function, such as research establishments and hospitals.

From Stäubli 4 Jul 2018

An Introduction to Radiometric Measurements

An Introduction to Radiometric Measurements

Radiometric measurement is key for evaluating LEDs/OLEDs, assessing light's energy distribution and ensuring accurate lighting system development.

From Admesy 4 Jul 2018

Rulon® Mechanical Properties and Applications: Over Six Decades of Service

Rulon® Mechanical Properties and Applications: Over Six Decades of Service

Rulon® is a multi-purpose high-performance group of proprietary, homogenous filled materials that provides low friction and high wear life.

From Omniseal Solutions 22 Jun 2018

What is Hydrogenation?

What is Hydrogenation?

Eric Dabe discusses hydrogenation's role in industries and benefits of on-site hydrogen generation for the process.

From Nel Hydrogen 3 Jul 2018

Applications of OES and Plasma Diagnostics

Applications of OES and Plasma Diagnostics

This article discusses the applications of optical emission spectroscopy (OES) and plasma diagnostics.

From Avantes 3 Jul 2018

Inductively Coupled Plasma Analysis - Solution for Sample Preparations

Inductively Coupled Plasma Analysis - Solution for Sample Preparations

ICP analysis involves the ionization of analytes with argon plasma at a high temperature, followed by the determination of the sample’s elemental composition.

From XRF Scientific 2 Jul 2018

Methods of XRF Sample Preparation

Methods of XRF Sample Preparation

XRF sample preparation is a precise method of preparing analytes for elemental analysis.

From XRF Scientific 2 Jul 2018

Choosing Between Electric or Gas Fusion in Glass Bead Machines

Choosing Between Electric or Gas Fusion in Glass Bead Machines

XRF analysis is a sensitive technique that can be used to observe the elemental composition and concentration of samples in a non-destructive manner.

From XRF Scientific 2 Jul 2018

How a Fusion Fluxer Works

How a Fusion Fluxer Works

Fusion fluxers are sample preparation instruments that can be used for both X-ray fluorescence (XRF) and inductively coupled plasma (ICP) analysis.

From XRF Scientific 2 Jul 2018

VOCentinel: Real-Time VOC Monitoring with Automated Quantification

VOCentinel: Real-Time VOC Monitoring with Automated Quantification

Explore Ionicon's VOC monitoring solution with real-time results, high sensitivity, and minimal user input.

From IONICON Analytik

Best-in-Class Thin Film Metrology For High-Volume Production Environments

Best-in-Class Thin Film Metrology For High-Volume Production Environments

Achieve unmatched precision in thin film metrology with FilmTek 2000 PAR-SE, designed for high-volume production.

From Bruker Nano Surfaces and Metrology

ChemiSorb Auto: An Automated Chemisorption Analyzer for Heterogeneous Catalyst Research

ChemiSorb Auto: An Automated Chemisorption Analyzer for Heterogeneous Catalyst Research

The ChemiSorb Auto is a fully automated chemisorption analyzer engineered for precise, repeatable measurements in heterogeneous catalyst research.

From Malvern Panalytical

Single Atom Catalysts Maximize Efficiency and Minimize Waste

Single Atom Catalysts Maximize Efficiency and Minimize Waste

Maximizing efficiency, single-atom catalysts leverage individual metal atoms for enhanced catalysis, reducing waste and improving sustainability in chemistry.

Microporous Polymers and Their Applications

Microporous Polymers and Their Applications

Microporous polymers, with their unique structures and properties, are revolutionizing gas storage, carbon capture, and catalysis in various scientific fields.

Could Biomaterials Replace Steel, Plastic, and Silicon?

Could Biomaterials Replace Steel, Plastic, and Silicon?

Biomaterials present a viable solution to high-impact materials like steel and plastic, but technical and economic challenges stand in the way of widespread use.

High Precision Rheology in Additive Manufacturing

High Precision Rheology in Additive Manufacturing

High-precision rheological characterization revolutionizes additive manufacturing, improving material formulation and printability for complex structures.

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