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What is Scanning Probe Microscopy (SPM)?

What is Scanning Probe Microscopy (SPM)?

The SPM method is a form of microscopy that involves imaging surface structures at atomic (height) resolution without ruining the sample.

From Semilab Semiconductor Physics Laboratory 4 Sep 2018

Oxide Dispersion Strengthened Steel Tested up to 700 °C

Oxide Dispersion Strengthened Steel Tested up to 700 °C

The term oxide dispersion strengthened (ODS) alloys refers to materials which are marked by extreme creep resistance at high temperatures.

From Bruker Nano Surfaces and Metrology 3 Sep 2018

Time-Dependent Deformation Behavior of Polymers

Time-Dependent Deformation Behavior of Polymers

Measurements of hardness or modulus are not usually helpful in studying time-dependent deformation of a material. It is essential to match load functions in order to make sure that measurements are comparable.

From Bruker Nano Surfaces and Metrology 3 Sep 2018

High-Temperature Creep Testing of a Superalloy Bond Coat

High-Temperature Creep Testing of a Superalloy Bond Coat

A superalloy is a material that has been specially designed to conserve high creep resistance and strength when used at high temperatures. Currently, these are made of complex materials which are composites of a dozen or more elements.

From Bruker Nano Surfaces and Metrology 3 Sep 2018

Hardness Mapping of a DP980 Steel Sample

Hardness Mapping of a DP980 Steel Sample

The automotive industry requires steel with a high strength, and this need is continually being met by ongoing developments.

From Bruker Nano Surfaces and Metrology 3 Sep 2018

Tire Materials Testing for Harsh Environments

Tire Materials Testing for Harsh Environments

The tire materials used in modern automobiles are fabricated from advanced materials and use systems designed to take into account the full range of a tire’s operating conditions.

From Bruker Nano Surfaces and Metrology 3 Sep 2018

Thermoplastic Materials in Aircraft Engines

Thermoplastic Materials in Aircraft Engines

NLR's new AFP technique crafts large, thick thermoplastic composite aircraft parts, enhancing sustainability and efficiency in aerospace manufacturing.

From Toray Advanced Composites 31 Aug 2018

Choosing the Best Satellite Payload for Space and Launch Applications

Choosing the Best Satellite Payload for Space and Launch Applications

Optimizing satellite payload materials requires balancing cost, structural fit, and manufacturability with specific space launch needs like thermal resistance.

From Toray Advanced Composites 31 Aug 2018

How to Reduce Processing Costs

How to Reduce Processing Costs

Toray's Cetex® TC1225 offers lower processing costs with its advanced PAEK composite, ideal for large-scale thermoplastic applications.

From Toray Advanced Composites 31 Aug 2018

Composite Material Technology for Aircraft Manufacturers

Composite Material Technology for Aircraft Manufacturers

Thermoplastic composites revolutionize aircraft material design with robust, cost-effective, and automation-friendly solutions, enhancing aerospace structures.

From Toray Advanced Composites 31 Aug 2018

The ETHOS UP: Microwave Labstation Built for High Performance Sample Digestion

The ETHOS UP: Microwave Labstation Built for High Performance Sample Digestion

The ETHOS UP microwave labstation provides reliable, rotor based digestion with precise control to support consistent laboratory sample preparation.

From Milestone S.r.l.

Increase Sieving Efficiency with the SIEVEA 502 Vibratory Sieve Shaker

Increase Sieving Efficiency with the SIEVEA 502 Vibratory Sieve Shaker

Streamline particle size analysis with the SIEVEA 502 Vibratory Sieve Shaker.

From AIMSIZER SCIENTIFIC PTE.LTD.

Thermo Scientific’s DXR3 SmartRaman+ Spectrometer for Quality Control

Thermo Scientific’s DXR3 SmartRaman+ Spectrometer for Quality Control

The DXR3 SmartRaman+ is an at-line Raman spectrometer designed for rapid, high-throughput quality testing in production environments.

From Thermo Fisher Scientific - Vibrational Spectroscopy

Crystallography: A Discovery that Transformed Materials Science

Crystallography: A Discovery that Transformed Materials Science

Crystallography has allowed scientists to look inside crystals and uncover their atomic arrangements, transforming materials science and guiding advances in metallurgy and semiconductor engineering.

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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