Webinars and Videos

International SXES AcademiaEPMA

Discover how this advanced technology provides precise insights into the chemical bonding state and electronic structure of materials. Learn more about the applications and talk directly to the developers and users to clarify your questions and advance your research.

Open the Window to Nanostructure Analysis and Lithium DetectionSEM

The Gather-X windowless energy-dispersive (EDS) detector is ideal for higher sensitivity analyses, higher spatial resolution mapping, and the detection of lower energy X-rays down to Li.

High resolution solid-state NMR of half-integer quadrupolar nucleiNMR

This seminar is a second part of "Introduction to solid-state NMR:Half-integer quadrupolar nuclei in rigid solids" which was held July 2023.

Microstructural Control in Electron Beam Powder Bed FusionAM

Join this webinar in which a demonstration of JEOL's EB-PBF technology — as well as its capability for microstructural control of Alloy 718 — will be shown.

In this webinar, the speaker will present results from a cold FEG-equipped CryoARM200 microscope that demonstrates how 200 kV data can be used to produce sub-2Å structures for a range of samples. The resolution of the reconstructions is comparable to that obtained from the more expensive state-of-the-art 300 kV microscopes.

Battery Forum - North America (November 2024)SEM

How to Look Inside Your LIB with SEM: Early Air Isolation Workflows to Observation of Anode Behavior During Cycling

Exploring the Range of Electron Microscopes: Resolution, Size and UsersTEM

In this webinar, the speaker will present results from a cold FEG-equipped CryoARM200 microscope that demonstrates how 200 kV data can be used to produce sub-2Å structures for a range of samples. The resolution of the reconstructions is comparable to that obtained from the more expensive state-of-the-art 300 kV microscopes.

ASMS 2024 Breakfast Seminar Mass Spec: Polymer EditionMass Spec

View our seminar with a focus on intact polymer analysis and pyrolysis GC-MS of polymers, this educational breakfast seminar featured Tyler Arntz from the University of Akron, Rojin Belganeh from Frontier Lab, and JEOL’s own Chip Cody.

What makes solid-state NMR broadened and how to overcome itNMR

We will summarize the source of linebroadening in solid-state NMR. The (possible) solutions to overcome the broad lineshape are also introduced. We are hoping this delivers usuful information for practical applications.

Cryo-EM: Visualizing Biomolecules with High-Throughput Single Particle AnalysisTEM

The field of cryogenic electron microscopy (cryo-EM) exploded in popularity during the “resolution revolution” in the 2010s, leading to the 2017 Nobel Prize in Chemistry awarded to Jacques Dubochet, Joachim Frank and Richard Henderson “for developing cryo-electron microscopy for the high-resolution structure determination of biomolecules in solution.” Cryo-EM techniques such as single particle analysis (SPA) now allow structure determination of biomolecules at resolutions before only being reached by X-ray crystallography. This technique offers many new possibilities, as it is no longer required to crystalize proteins, and allows structural determination of large protein complexes imaged in frozen solution or even in the cellular environment.

AMS7032 Qualification of Electron Beam Powder Bed Fusion Technology for Aerospace ProductionAM

The AMS7032 operational qualification (OQ) standard evaluates the ability of an AM powder bed fusion machine to consistently meet material specification requirements while maintaining process control and stability over several builds. In this webinar, JEOL will present the criticality of specifications — such as AMS7032 — for qualifying powder bed fusion modalities in preparation for serial production. In addition, it will present data demonstrating the capability of electron beam powder bed fusion (EB-PBF) to meet the rigorous AMS7032 OQ standards while achieving the AMS7011 materials requirements for Ti-6AI-4V.

S/TEM Imaging and Spectroscopy of Energy MaterialsTEM

Particular attention will be paid to novel detectors and detection methods, real-time dose control, and chemical spectroscopy, all which enhance the efficiency and applicability of STEM characterization to energy materials. (December 6, 2022)

NMR Techniques to Determine Local Structure and Ion Dynamics in Lithium Ion BatteriesNMR

NMR is one of the few analytical methods that can directly observe Li ions and is a powerful tool for characterizing local structure and ion dynamics of LIB materials. (February 3, 2023)

Solutions for Imaging and Microanalysis of Lithium Ion Batteries using SEM, EPMA, SXES, and Auger

Solutions for Imaging & Microanalysis of Lithium Ion Batteries using SEM, EPMA, SXES, and AugerSEM

Methods used to prepare and transfer the samples to the instrument of choice, in an inert transfer vessel without exposure to atmosphere are reviewed. (October 27, 2022)

Goldilocks and the Three GC-MS’s: Which one is “Just Right” for a Given Application?Mass Spec

Understand the information that is provided by different hardware and software configurations to determine the best GC-MS system suited to your analytical application. (June 23, 2022)

Advanced Analytical S/TEM and Future DirectionsTEM

Webinar hosted by our partner Covalent. Learn about the key features that have developed to facilitate accurate, atomic-scale S/TEM imaging for industrial applications. Dr. Patrick Phillips, Assistant TEM Product Manager at JEOL USA, explains hardware and operational strategies to optimize image resolution, clarity, and insight from advanced S/TEM imaging techniques.

IDES for Time-Resolved TEM - Virtual Panel Discussion with Technology and Applications ExpertsTEM

IDES pioneered time-resolved TEM space and this technology, exclusive to JEOL Instruments is discussed among the panel, including a customer and user, as an avenue to expand microscope flexibility and functionality in terms of speed, beam damage mitigation, and optical illumination. (June 17, 2021)

CRYO ARM 300 II for cryo-EM in structural analyses of proteins and virusesTEM

Learn about the JEOL CRYO ARM 300 II - This microscope features critical improvements such as a new cold field emission gun and a new in-column Omega energy filter. (April 8, 2021)

JEM-1400Flash DemonstrationTEM

Learn about the JEOL JEM-1400Flash - Widely accepted for its ease of use and high resolution imaging and analysis. (presented at M&M Virtual 2020)

The CRYO ARM Family of MicroscopesTEM

Learn about the JEOL CRYO ARM™ - a platform that slots into all your existing workflows. Seminar discusses trends and history. (presented at M&M Virtual 2020)

High Resolution on the CRYO ARM™ - Past, Present and FutureTEM

Review of work done on a a 200kV CRYO ARM™ at the NIH, National Laboratory for Cancer Research. (presented at M&M Virtual 2020)

Introducing the GRAND ARM 2TEM

Learn about the GRAND ARM 2 40-300kV Atomic Resolution TEM and its new cold field emission gun and JEOL designed Cs Correctors. (presented at M&M Virtual 2020)

IDES and JEOL - Exploring TEM Phenomena from Milliseconds to FemtosecondsTEM

Learn how the Relativity Electrostatic Subframing System and the Electrostatic Dose Modulator (EDM) can efficiently speed up TEM acquisition and bring superior time resolution to high resolution instruments.

PA3 - Particle Analysis in SEM with JEOL SEM - EDSSEM

JEOL's dedicated Particle Analysis Software automates the detection and EDS analysis of particles, inclusions or grains and classifies this information based on size, shape and composition.

Recent Advances in Low kV Imaging and MicroanalysisSEM

Some Amazing Data (Doing the Almost Impossible) and Some Words of Caution.

Principles of SEM - An OverviewSEM

The primary focus of this seminar is to explain the basics of SEM and EDS and the associated benefits thereof.

MicroCom II - 24 Hours of Life ScienceTEM, SEM, NMR

A special international event featuring 20 separate sessions on CLEM - CryoEM - Large-scale TEM and Connectomics Virus Research - NMR for Pharma -and more. (June 2, 2021)

Solutions for Imaging & Microanalysis of Lithium Ion Batteries using SEM, EPMA, SXES, and AugerEPMA

Methods used to prepare and transfer the samples to the instrument of choice, in an inert transfer vessel without exposure to atmosphere are reviewed. (October 27, 2022)

SXES and EPMA History and Advanced Applications and MAS Presidential Science AwardEPMA

Celebration of Dr. Hideyuki Takahashi (JEOL), recipient of the Presidential Science Award from the Microanalysis Society (MAS) for his long-term contribution to the field of microbeam analysis. Introduction by Vern Robertson (JEOL). Special presentation by Anette von der Handt, University of Minnesota. “Adventures at low kV: exploring new limits of electron probe microanalysis with the SXES”. (August 3, 2021)

An Introduction to JASON NMRNMR

JASON is the new NMR processing and analysis software from JEOL. Processing Software using a number of worked examples. (November 10, 2021)

AutoMAS Solid State NMR for Improved Sample ThroughputNMR

Multi-variant analysis of solid state NMR data. (October 5, 2021)

Proton, Fluorine and X: Practical Aspects and Real Life ApplicationsNMR

This webinar addresses the challenges and opportunities presented during Fluorine (19F) NMR analysis and how the JEOL HFX probe can be an invaluable tool in these measurements. (August 31, 2021)

Main Aspects and Applications of FAST MAS Solid-State NMRNMR

Basic aspects of FAST MAS SSNMR and interesting applications for pharmaceutical systems. (July 14, 2021)

Introduction to Solid-State Nuclear Magnetic Resonance Spectroscopy and ApplicationsNMR

Key applications for chemistry, biology, material research and pharmaceutical sciences. (May 26, 2021)

Core principles of precise qNMRNMR

Common pitfalls and solutions. (June 24, 2020)

NMR without deuterated solventsNMR

Principles and applications of No-D NMR. (April 21, 2020)

Advances in Liquid Nitrogen Cold Probe TechnologyNMR

November 19, 2019

Utilizing HFX-style NMR Experiments to Assist in Structure Elucidation of Fluorinated Small MoleculesNMR

October 22, 2019

Residual Solvents and Terpenes by GC-MSMass Spec

Headspace sampling and GC-MS measurement of residual solvents using the JEOL JMS-Q1500GC quadrupole GC-MS system. (April 20, 2022)

Pesticides by GC-MS/MSMass Spec

Applications involving the JMS-TQ4000GC (Triple Quad GC-MS/MS). (February 17, 2022)

Reducing Pesticide Analysis Time Using Low-Pressure Gas Chromatography on a GC-MS/MS Equipped with a Short Collision CellMass Spec

Applications involving the JMS-TQ4000GC (Triple Quad GC-MS/MS). (January 26, 2022)

Using ALL of the Information from GC-HRMS to Identify Small Differences Between Similar SamplesMass Spec

Applications involving the AccuTOF™ GC-Alpha. (December 8, 2021)

New Frontiers in Complex Matrix AnalysisMass Spec

Applications involving the AccuTOF™-DART®. (October 7, 2021)

AccuTOF™ GC-Alpha: A New Generation of High-Resolution GC-MS with Automated Integrated Data AnalysisMass Spec

August 4, 2021

A New Platform for GC-MS Analysis of Complex SamplesMass Spec

Showing applications of the NEW JMS-T2000GC AccuTOF™ GC-Alpha (High Resolution GC-TOFMS). (March 16, 2021)

Analysis of Pesticides in Honey, Spinach, and Kale using Triple Quad GC-MS/MSMass Spec

Showing applications of the JMS-TQ4000GC (Triple Quad GC-MS/MS). (February 9, 2021)

Solving Problems with GC, Direct Sample Introduction, and High-Resolution Mass SpectrometryMass Spec

Showing applications of the AccuTOF™ GC Series (GC-TOFMS). (December 9, 2020)

Cutting-Edge Analysis of Industrial Organic Chemicals with GC-TOFMS and MALDI-TOFMSMass Spec

Latest approaches to mass analysis of a surfactant mixture and tracking of epoxy curing. Used with the AccuTOF™ GC Series (GC-TOFMS) and SpiralTOF (MALDI-TOFMS). (November 16, 2020)