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Using Real-Time Analysis to Optimize Process Development

Using Real-Time Analysis to Optimize Process Development

The development, streamlining and acceleration of efficient product design creation relies on the real-time analysis of process parameters.

From Malvern Panalytical 18 Nov 2015

Determining and Understanding the Yield Stress of Complex Fluids

Determining and Understanding the Yield Stress of Complex Fluids

Flow of a number of complex fluids like surfactant mesophases, emulsions and network forming polymers is induced only when the applied stress is more than a specific value, which is called the yield stress. Such behavior is termed as yield flow behavior.

From Malvern Panalytical 18 Nov 2015

Optimizing the Molecular Weight of PLA/PLGA Polymers for Specific Applications

Optimizing the Molecular Weight of PLA/PLGA Polymers for Specific Applications

Samples that are used in manufacturing parts, degradation studies and material synthesis can be effectively monitored by GPC-SEC analysis.

From Malvern Panalytical 18 Nov 2015

Creating an Ultrabroad Tunable Laser Source for Hyperspectral Imaging and Advanced Spectroscopy

Creating an Ultrabroad Tunable Laser Source for Hyperspectral Imaging and Advanced Spectroscopy

Photon etc's LLTF Contrast™ enables precise hyperspectral imaging with its ultrabroad tunable laser source and high OD filtering.

From Photon etc. 16 Nov 2015

Gravimetric Measurement of Hydrogen Sorption by Materials

Gravimetric Measurement of Hydrogen Sorption by Materials

This article discusses the gravimetric measurement as one of the most common methods of determining sorption mechanisms using a microbalance.

From Hiden Isochema 12 Nov 2015

Gravimetric Measurement of Hydrogen Sorption by Materials – Measurement Principles and Methodology

Gravimetric Measurement of Hydrogen Sorption by Materials – Measurement Principles and Methodology

This article describes the principles and methodology of gravimetric measurement used to determine the hydrogen sorption of the material.

From Hiden Isochema 12 Nov 2015

Manometric Measurement of Hydrogen Sorption by Materials – Measurement Principles and Methodology

Manometric Measurement of Hydrogen Sorption by Materials – Measurement Principles and Methodology

This article outlines the use of the manometric technique to determine the hydrogen sorption of materials.

From Hiden Isochema 12 Nov 2015

AutoPore V Series Mercury Intrusion Porosimeters

AutoPore V Series Mercury Intrusion Porosimeters

The AutoPore V Series is capable of measuring a wider pore size distribution both quickly and precisely when compared to other techniques.

From Malvern Panalytical 6 Nov 2015

Analyzing Hydrogen Storage Potential of MOFs at High Pressures

Analyzing Hydrogen Storage Potential of MOFs at High Pressures

In an effort to improve the hydrogen economy it is important to determine the hydrogen storage capabilities of MOFs and other microporous materials.

From Malvern Panalytical 6 Nov 2015

Characterizing Catalysts Via Temperature-Programmed Techniques

Characterizing Catalysts Via Temperature-Programmed Techniques

The PID EFFI microactivity reactor is an advanced modular laboratory system designed for measuring the activity and selectivity of catalysts.

From Malvern Panalytical 6 Nov 2015

LUXORᴾᵗ Sputter Coater for High Resolution SEM Imaging

LUXORᴾᵗ Sputter Coater for High Resolution SEM Imaging

The LUXORPt for SEM sample coating, featuring fully automated platinum sputter coating, high-resolution thin-film deposition.

From Luxor

SWIR Cameras for Scientific and Industrial Imaging

SWIR Cameras for Scientific and Industrial Imaging

Compare InGaAs SWIR cameras for semiconductor inspection, machine vision, spectroscopy, microscopy, laser profiling, and research applications.

From Pembroke Instruments, LLC

High-Load Hexapods for Precision Multi-Axis Motion

High-Load Hexapods for Precision Multi-Axis Motion

High-load hexapods provide precise six-axis positioning with load capacities up to 450 kg.

From MKS Newport

Engineering Solutions for Modern Oil and Gas

Engineering Solutions for Modern Oil and Gas

Today's oil and gas engineers are innovating with materials and surface technologies to enhance equipment reliability and address critical industry challenges.

Flare Stacks in Oil & Gas Safety

Flare Stacks in Oil & Gas Safety

Flare system design, informed by API 521, is crucial for safety and emissions control in oil and gas, addressing pressure relief and operational efficiency.

The Carbon Cost: Rethinking Modern Materials

The Carbon Cost: Rethinking Modern Materials

Learn how cement, steel, aluminum, and plastics drive emissions and the most credible pathways to cut them: CCS, hydrogen DRI, inert anodes, and recycling.

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