Articles | Thought Leaders

Thought Leaders

The AZoM.com "Materials Thought Leaders" series is a selection of articles that cover the key technology areas where materials are making an impact and where they will make an increasing impact. All the articles are written by experts who have been invited as recognised leaders in their fields to provide a "state of the art" contribution.

The Importance of Field-Flow Fractionation for Characterising Polymer Self-Assembly

This is an interview with Professor Harald Pasch where he talks about The Importance of a Field-Flow Fractionation System When Characterising Polymer Self-Assemblies.

From Postnova Analytics GmbH 27 Mar 2019

How does Analytical Chemistry Support Preservation in Cultural Heritage Studies?

Plenary lecture speaker for Pittcon 2019, Fenella France, describes the importance in cultural heritage science in the preservation of materials for future generations.

From Pittcon 18 Jan 2019

Nanomechanical Testing of High-Temperature Coatings

Prof. Mathias Goeken and his team work with metals and their mechanical properties, developing new materials for high temperature applications such as high temperature coatings

From Bruker Nano Surfaces 17 Jan 2019

$Using X-Ray Diffraction to Study the Crystal Growth of New Materials$

Using X-Ray Diffraction to Study the Crystal Growth of New Materials

In this interview, Prof. Hanno zur Loye from the University of South Carolina, describes his research involving X-Ray Diffraction to investigate the crystal growth of new materials.

From Bruker AXS Inc. 18 Oct 2018

Developing a Fundamental Understanding of Nanoparticle Compression Behaviour

In the beginning, we wanted to better understand the behaviour of nanoparticles in ceramic materials, and more specifically, for ceramic materials used in biomedical applications. We wanted to be able to produce nanocomposites from just a very small amount of powdered starting material.

From Bruker Nano Surfaces 12 Nov 2018

$Studying Mineralogical Samples with X-Ray Diffraction$

Studying Mineralogical Samples with X-Ray Diffraction

AZoM talks to Ralph Rowe about how he has used X-Ray Diffraction to discover new mineral species.

From Bruker AXS Inc. 17 Sep 2018

Thought Leaders

The Importance of Field-Flow Fractionation for Characterising Polymer Self-Assembly

How does Analytical Chemistry Support Preservation in Cultural Heritage Studies?

Nanomechanical Testing of High-Temperature Coatings

Using X-Ray Diffraction to Study the Crystal Growth of New Materials

Developing a Fundamental Understanding of Nanoparticle Compression Behaviour

Using Phase Equilibrium Diagrams in Ceramic Characterization Research

Creating the Origin of Life with Self Optimising Reactor Systems

Graphene: Where Next?

Innovations in Self-Healing Materials

Studying Mineralogical Samples with X-Ray Diffraction

How to Improve your Machining With HSK Clamping and Aerostatic Bearing Systems.

What to Expect with Custom Pultrusions

Using Digital Microscopy to Assess Tool Wear Use

NIR Fiber Optic Multiplexer

SKYSCAN 1273: Bruker's New 3D X-ray Microscope with Micro-CT Technology

Eco Dosimat from Metrohm

Sponsored Content

Meet Aviation Biofuel Blend Sulfur Limits with XRF

What is Energy-Momentum Cathodoluminescence Imaging

Measuring the Temperature Dependence of Fiber-Matrix Interface Strength in the SEM

Measuring Gaseous Materials in the Chemical and Plastics Industry

Thought Leaders

1 New Mass Spectrometry Solutions and Software Workflows from Agilent Technologies

2 SMC Korea 2019 to Highlight Key Semiconductor Materials Trends, Opportunities

3 Graphene-Wrapped Lithium Cobalt Oxide Particles Could Help Prevent Fires in Lithium Batteries

4 BASF & Boao to Develop PU System Solutions for Construction & Automotive Industries

5 New Discovery Could Lead to Rapid-Charging, Better Performing Lithium-Ion Batteries

6 Innovative Technique May Provide Pre-Ignition-Free Operation without Compromising Engine Power

Sponsored Content