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Posts Tagged ‘gatan’

MicroLED Array Emission Patterns

All About Cathodoluminescence – A New Website from Gatan: WhatisCL.info

Find out all about CL with Gatan’s new website for users and for those new to the technique.

Free Gatan GMS 3 Software

Complimentary Gatan GMS 3 Software During COVID-19 Lab Closures

Download a free copy of Gatan’s electron microscopy software if you’re working from home during COVID-19.

What is 4D STEM?

4D STEM is an electron microscopy technique that captures a full 2D diffraction pattern at each pixel position on a STEM map. Access a wealth of diffraction data with your TEM.

Coronavirus Mapped with Cryo-EM

Coronavirus Structure Mapped with Cryo-EM

Cryo-EM has been used to generate the first 3D atomic-scale map of the coronavirus (2019-nCoV). This is a key step towards developing a vaccine and treatments for the infection.

MicroLED Array Emission Patterns

Using SEM-based Cathodoluminescence to Study Light Emission at Nanoscale Spatial Resolution

How cathodoluminescence can be used to study the emission patterns of nitride semiconductor micropillars for microLEDs in displays, including wearable devices.

Gatan K3 IS Electron Counting TEM Camera

Low Dose Electron Microscopy (TEM) for Beam-Sensitive Materials

How to use low dose TEM to study beam-sensitive materials with reduced damage, using new electron counting camera technology.

Automated Cross-Sections with the Gatan PECS II

Automated Cross-Sections, Polishing and Delayering for SEM / Optical Microscopy

Prepare high quality samples for SEM, EDS, EBSD, cathodoluminescence, EBIC and more with the Gatan PECS II broad argon beam system.

Gatan PECS ii Demo

Gatan PECS II Demonstrations in Sweden

Join us for a demo of the Gatan PECS II (Precision Coating & Etching System) in Sweden on 6-10 May 2019. Sample preparation for SEM, SPM & optical microscopy.

Cathodoluminescence Image

What is Cathodoluminescence? Plus how to add it to your SEM/TEM/STEM

Cathodoluminescence (CL) is a technique for characterising composition, optical and electronic properties with data that correlates with morphology, micro-structure, composition and chemistry at the nanoscale.

In-Situ EELS in a TEM

Characterising Material Dynamics with In-Situ EELS (Electron Energy-Loss Spectroscopy)

Study changes in composition and the electronic structure at the nanoscale with in-situ EELS in your TEM.