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Use of Raman Spectroscopy for Particle Identification

Use of Raman Spectroscopy for Particle Identification

Raman Spectroscopy collects a chemical signature from a material using a laser excitation. In the robust technique, the incident single wavelength light causes an energy shift by interacting with the chemical bonds in the material.

28 Aug 2014

Particle Analysis with Near-Field Light Scattering

Particle Analysis with Near-Field Light Scattering

The surface properties of nanoparticles largely influence their behavior and function. Yet there are virtually no techniques that are capable of characterizing the surface properties of the nanoparticles extensively, conveniently and in a high throughput manner.

28 Aug 2014

Selection Guide for Advanced Composites in Oil and Gas Applications

Selection Guide for Advanced Composites in Oil and Gas Applications

Toray's advanced composites enhance oil & gas applications with lightweight, corrosion-resistant materials for improved performance & safety.

From Toray Advanced Composites 28 Aug 2014

Polymer Analysis Using Raman Spectroscopy

Polymer Analysis Using Raman Spectroscopy

For the past several years, vibrational spectroscopy has been utilized for polymer analysis, and IR spectroscopy is the traditionally preferred method. Nevertheless, recent technological developments have made Raman spectroscopy more user friendly and economical when compared to the past.

From Endress+Hauser 26 Aug 2014

Using Kaiser’s RamanRxn™ Analyzer for Monitoring of Blend Uniformity of Granules Prior to Tablet Press

Using Kaiser’s RamanRxn™ Analyzer for Monitoring of Blend Uniformity of Granules Prior to Tablet Press

The Process Analytical Technology (PAT) initiative of the FDA helps pharmaceutical companies to improve the production process and consistently deliver products of better quality. For this purpose, it is essential to have instruments capable of monitoring pharmaceutical unit operations in real time to gain insights and control key process parameters.

From Endress+Hauser 26 Aug 2014

Polymorphic Identification Using Raman Microscopy

Polymorphic Identification Using Raman Microscopy

Polymorphism is common in all organic molecules, forming more than one unique crystalline forms called polymorphs. This phenomenon is gaining traction especially in the pharmaceutical industry owing to the fact that a compound’s different polymorphs exhibit different physical and chemical properties, including bioavailability, dissolution rate, and thermal stability.

From Endress+Hauser 26 Aug 2014

Using Kaiser’s RamanRxn2™ Analyzer to Monitor Emulsion Polymerization Reactions

Using Kaiser’s RamanRxn2™ Analyzer to Monitor Emulsion Polymerization Reactions

A range of polymeric materials such as synthetic rubbers, adhesives, and paints have been produced using emulsion polymerization, which is carried out in an aqueous environment.

From Endress+Hauser 26 Aug 2014

Using RamanRxn1™ from Kaiser Optical Systems for Microstructural Analysis of Polybutadienes

Using RamanRxn1™ from Kaiser Optical Systems for Microstructural Analysis of Polybutadienes

One of the most widely used industrial polymers is polybutadienes, representing more than 2 billion pounds of plastics and more than 4 billion pounds of rubber annually. The superior resiliency of polybutadienes makes them suitable for high-stress applications, including the cores of golf balls and the sidewalls and treads of tires.

From Endress+Hauser 26 Aug 2014

Investigating Detergent Tablet Stability

Investigating Detergent Tablet Stability

Detergent packaging has undergone many changes during the past decade to address the constantly changing customer requirements and environmental concerns. Detergents in tablet form by directly compressing dry powders are one of the major advances in detergent packaging in the past 10 years.

From Endress+Hauser 26 Aug 2014

Kaiser’s RamanRxn3™ Analyzer for In-line Monitoring of Ethylene Vinyl Acetate Copolymer with Raman Spectroscopy

Kaiser’s RamanRxn3™ Analyzer for In-line Monitoring of Ethylene Vinyl Acetate Copolymer with Raman Spectroscopy

Ethylene vinyl acetate (EVA) copolymer, based on the fraction of two monomers, can be used in a myriad of applications. The polymer melt needs to be monitored during manufacture to have a polymeric product with consistent quality.

From Endress+Hauser 26 Aug 2014

Unigraph 9000™: A Graphite Thermal Interface Material (0.032 mm)

Unigraph 9000™: A Graphite Thermal Interface Material (0.032 mm)

The UniGraph 9000™ graphite thermal interface material provides outstanding thermal conductivity and effective heat spreading performance.

From Materials Direct

TrueMatch - Raman Spectral Database Management Software

TrueMatch - Raman Spectral Database Management Software

This product profile describes the TrueMatch-Raman Spectral Database Management, its key features, and its application to identify sample components.

From Oxford Instruments Materials Science

The VERTEX NEO Ultra: The New Gold Standard for Benchtop FT-IR Spectrometers

The VERTEX NEO Ultra: The New Gold Standard for Benchtop FT-IR Spectrometers

The VERTEX NEO Ultra Bench-Top Vacuum FT-IR System is a fully automated vacuum FT-IR instrument that provides high resolution, a wide spectral range, and research-grade reliability.

From Bruker Optics

Carbon Steel vs Alloy Steel: Which is Better?

Carbon Steel vs Alloy Steel: Which is Better?

Which type of steel should you use? Alloy or carbon? This analysis explores both, highlighting their unique properties and performance in industrial applications, as well as their corrosion resistance.

High-Entropy Alloys in the Search for Hydrogen Storage Solutions

High-Entropy Alloys in the Search for Hydrogen Storage Solutions

The unique properties of high-entropy alloys make them ideal for hydrogen storage, offering advantages in stability and performance over traditional materials.

Mycelium: How Fungi Turns Agricultural Waste to Advanced Materials

Mycelium: How Fungi Turns Agricultural Waste to Advanced Materials

Mycelium materials can grow from agricultural and food waste, forming foams, panels, and textiles that challenge plastics in packaging and construction.

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