CAMECA APT Customer Training

AI-Assisted Scripted Acquisition Control

Analysis of Off-the-Shelf Semiconductor Devices

Magnetically Confined and Atom Probe Defined: How APT Helps to Solve the Fusion Materials Challenge

High Impact: Atom Probe Characterization of Multi-Layer Ceramic Capacitors

Complementary SIMS and APT: A Comprehensive Approach to Materials Characterization

Atom Probe Tomography - Directing the Next Generation of Superalloys

Nanoscale Insight Into the Dynamic Strength of Fault Surfaces During and After an Earthquake

Rapid Room Temperature Desensitization of Stainless Steels – Atomic Scale Insights by Correlative Atom Probe Tomography and Electron Microscopy

Atom Probe Tomography of Porous Solid Oxide Fuel Cells

Advancing APT specimen preparation via fs-laser processing utilizing 3D-Micromac’s microPREP® PRO FEMTO

FIB-SEMS: A Critical Tool for Precision in Atom Probe Tomography

Evidence for Direct Ionization Induced Field Evaporation of an SrTiO3-containing Perovskite Oxide Superstructure

Testing the Earliest Record of Earth’s Geodynamo with Atom Probe Tomography

Cryogenic Sample Preparation, Transfer, and Analysis for Site-specific APT of Frozen Materials

Atom Probe Tomography of Advanced Structural Materials for Conventional and Additive Manufacturing at NUCAPT

Revealing Nanoscale Atom Distributions in Zeolite Catalysts with Atom Probe Tomography at ORNL

Perspectives on APT Characterization of Materials for Nuclear Energy Applications

Probing Nanoscale Dopant Distributions within Silicon Carbide Power Devices using Atom Probe Tomography

Advancements in the Development of Green Steel

In the Era of Nano GeoChronology with APT: High Impact Research, Australian Session

In the Era of Nano GeoChronology with APT: High Impact Research, USA Session

High Impact Research: APT research in Pyrite Ore Deposits – Is There Real Gold in That Fool's Gold?

Advances In Lithium-Ion Battery Development, Nature Custom Research, July 2022

From Atomic Scale Characterization to Nuclear Reactors: How Atom Probe Tomography Can be Used to Identify Fundamental Mechanisms in Nuclear Environments

High Impact Research: Applications of Atom Probe Tomography in the Geosciences with Dr. David Saxey

High Impact Research: APT and Thermoelectrics

High Impact Research APT For Light Alloys

High Impact Research: Atom Probe Tomography Reveals Nanoscale Structure and Composition of Tooth Biominerals

High Impact Research Composition metrology and correlative microscopy of wide bandgap semiconductors with APT

High Impact Research: Cryogenic Atom Probe Tomography to-date

High Impact Research: Dielectrics and Insulators – Physics and Applications

High Impact Research: Lithium Ion Batteries using Atom Probe Tomography

High Impact Research: Metals and Alloys using 3D Atom Probe Tomography

High Impact Research: Geoscience Using 3D Atom Probe Tomography

High Impact Research: Infrared Lenses with Myungkoo Kang of UCF

High Impact Research: Nanomaterials using 3D Atom Probe Tomography

High Impact Research: Nuclear Materials Easy as PIE (Post Irradiation Examination)

High Impact Research: Semiconductors

High Impact Research: Superalloys

High Impact Research: Wet Atom Probe Tomography Specimens

Using Atom Probe Tomography to understand the precipitation hardening of Magnesium alloys: pitfalls and successes