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Glossary

Particles: Diverse Properties, Uncountable Applications

Nano and microparticles are distinctive materials that have enormous technological and scientific value. They are used in many applications, including energy, medical, and environmental.

News

Microscopy Resource Center

Learn basic and advanced microscopy concepts in the updated Microscopy Resource Center. From in-depth definitions and explanations to specialized techniques, find a range of content to improve your understanding of microscopy.

Article

Corrosion: An Introduction

Corrosion is a natural process consisting of the chemical, biochemical, or electrochemical reaction between a given material and its environment, producing a deterioration of the material and its functional properties.

Method

Portable XRF and XRD for Geoscience: An Introduction

This introduction describes the advances in portable XRF and XRD, the implication of both methods for geoscience, and their application in soil and rock analysis.

News

Ask the Experts: Digital Image Processing

Want to get a better understanding of digital image processing techniques? Then watch the Ask the Experts webinar rerun on July 29 to learn how point and local operation filters can be used to control sources of error such as noise or low contrast in microscopy images.

Instruments & Technologies

X-Ray Fluorescence

X-ray fluorescence is frequently used analysis techniques for the analysis of rock, sediment, and other earth material samples.

Abstract

Principles of Laser Scanning Microscopes - Part I

The first part of this freely accessible tutorial article is focused on confocal optical systems, 2D and 3D scanning, confocal effect and extended focus image, and scanning mechanisms.

Abstract

Principles of Laser Scanning Microscopes - Part II

In the second part of the tutorial, the features and applications of industrial laser scanning microscopes, concentrating on the reflection‐type confocal laser scanning microscope built for high resolution detection are described.

Method

Surface roughness parameters

Superficial irregularities (roughness and undulation), dents, parallel grooves, and other characteristic surface features are collectively called “surface textures.” Converting these surface characteristics into numerical
measurements is referred to as surface texture
parameters.

Method

Areal method

Today, surface texture parameters are increasingly acquired through three-dimensional surface texture data with abundant areal information instead of the conventional two-dimensional contour profile curves used in profile method measurement. This is called the areal method.

Method

Profile method

Conventionally, surface texture parameters were defined based on profile curves (curves indicated by the intersection of surfaces). The formal name for this method of measurement is the profile method, but it is also known as line roughness measurement. The surface profile is generally measured with stylus probe measurement instruments.

Method

Surface Roughness: An Introduction

This introductions explains why surface roughness needs to be measured and describes trends in surface roughness measurement.

Video

Advanced Optical Metrology Hub Video

Get a glimpse of what the Advanced Optical Metrology Hub has to offer in this short video!

Instruments & Technologies

Confocal Laser Scanning Microscopy

The confocal microscope is gathering attention as the device of choice for easy three-dimensional surface profile measuring in air, without touching the sample.

Method

Stereolithography and Softlithography

Stereolithography (SLA) is a light‐based 3D printing technique in which layers of a liquid resin are sequentially photo‐cross‐linked into a solid 3D structure. Of all 3D printing techniques, SLA is the most versatile, accurate, and precise additive manufacturing technique.

Method

Electron Beam Melting

Electron beam melting (EBM) is an additive powder‐bed fusion process, which builds up bulk metallic components by a defined sequence of process steps.