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An Introduction to Luminescence Quantum Yields

Exploring methods to measure Photoluminescence Quantum Yield (PLQY) in materials, critical for understanding fluorescence in various applications.

From HORIBA 12 Jun 2018

Fluorescence Spectroscopy - Applications and Principles

Explore the principles and applications of Fluorescence Spectroscopy, including the Jablonski diagram, fluorescence lifetime, and phosphorescence.

From HORIBA 12 Jun 2018

Applications of Vacuum Ultra Violet Spectroscopy (VUV)

Explore the versatility of VUV spectroscopy in plasma diagnostics, high harmonic generation, tunable light sources, EUV reflectivity, XPS, and solar astronomy.

From HORIBA 12 Jun 2018

A Guide to Light Sources in VUV Systems

Explore VUV spectroscopy light sources: synchrotron, FEL, and LPP, each with unique capabilities for scientific applications.

From HORIBA 12 Jun 2018

A Guide to A-TEEM Spectroscopy

A-TEEM™ spectroscopy by Horiba enables rapid, accurate molecular fingerprinting for diverse applications, including water quality analysis.

From HORIBA 12 Jun 2018

Adhesive Bonding Technology for the Assembly of Wearable Devices

AZoM talks to Venkat Nandivada about the role adhesives play in electronic wearable devices.

From Master Bond Inc. 7 Jun 2018

New Method Eliminates Defects in Semiconductor Devices

Semiconductor elements on electronic boards close up. (Image: Artem Oleshko / Shutterstock)

By Brett Smith 11 Jun 2018

Understand the Mechanical Efficiency of Biomaterials Using Nanomechanical Testing

AZoM talks to Dr Igor Zlotnikov about using nanomechanical testing to understand the mechanical efficiency of biomaterials.

From Bruker Nano Surfaces and Metrology 8 Jun 2018

Tradeshow Talks with H.C. Starck Ceramics GmbH - ACHEMA 2018

AZoM talks to H.C Starck Ceramics GmbH about their booth at ACHEMA 2018.

8 Jun 2018

Properties of Inorganic Rheology Modifiers

Rheology modifiers are common additives in a wide range of products and industries. The scientists use them to obtain desired product properties, from thickness of a cream or better pouring properties of a gel in cosmetic industry to reducing viscosity of bitumen in asphalt production. All rheology modifiers can be categorized in two main groups: organic and inorganic modifiers.

By Dunja Bozic 31 Oct 2018