Atmosphere System Media

[Show slideshow]

SnO2 nanowire imaged at 850ºC under vacuum conditions. Image courtesy Bethany Hudak, Oak Ridge National Lab.

EDS map of copper particles being oxidized and reduced under different gasses. Images courtesy Ichiro Ohnishi, JEOL Japan.

Carbon nanotubes heated to 300ºC under nitrogen gas. Image courtesy JEOL Japan.

FIB prepared quantum well structure for lasers imaged at 450ºC. Image courtesy Philipps University Marburg

Iron nanoparticle heated to 800ºC in situ. Image courtesy University of Strasbourg.

Gold nanoparticles on a ceria catalyst structure. Image courtesy Oak Ridge National Lab.

EDS map of gold nanoparticles in aluminum and copper substrate.

Interface between molten gold and silicon dioxide imaged at 250ºC. Image courtesy Bethany Hudak, Oak Ridge National Lab.

Atomic resolution of alcium titanate in hydrogen and nitrogen gas. Image courtesy University of Michigan.

Catalyst nanoparticle imaged at 500ºC. Image courtesy University of Michigan.

Surface layer of gold nanoparticle formed at 800ºC under vacuum conditions. Image courtesy Bethany Hudak, Oak Ridge National Lab.

Sample Videos

Learn about Protochips' groundbreaking in situ gas cell for TEM.

Introduction to Atmosphere In Situ TEM Gas Cell

An Fe nanoparticle etching few-layer graphene (FLG) at 900 degrees C and 600 Torr of H2. The Fe nanoparticle preferentially etches the graphene along specific crystallographic directions.

Credit: SI-IPCMS-CNRS/University of Strasbourg, France: G. Melinte, S. Moldovan and O. Ersen

Atmosphere™ Gas Environmental Cell: Fe Nanoparticle Etching Few Layer Graphene

This is an introduction to the basic performance of the Atmosphere system for conducting in situ environmental TEM studies,

Atmosphere Introduction

Listen to leading researchers from industry and academia present their findings on directly observing the oxidation and reduction of heterogeneous catalysts.

Chemistry in the TEM – New Horizons for Catalyst Research

Listen to some of the pioneering researchers in the field of in situ environmental electron microscopy present their results using the Atmosphere gas Cell.

Commercial catalyst behavior at operational temperatures and pressures

Introduction to Atmosphere In Situ TEM Gas Cell

Learn about Protochips' groundbreaking in situ gas cell for TEM.

Atmosphere™ Gas Environmental Cell: Fe Nanoparticle Etching Few Layer Graphene

Atmosphere Introduction

This is an introduction to the basic performance of the Atmosphere system for conducting in situ environmental TEM studies,

Chemistry in the TEM – New Horizons for Catalyst Research

Listen to leading researchers from industry and academia present their findings on directly observing the oxidation and reduction of heterogeneous catalysts.

Commercial catalyst behavior at operational temperatures and pressures

Listen to some of the pioneering researchers in the field of in situ environmental electron microscopy present their results using the Atmosphere gas Cell.

Webinars

Listen to leading researchers from industry and academia present their findings on directly observing the oxidation and reduction of heterogeneous catalysts.

Chemistry in the TEM – New Horizons for Catalyst Research

Listen to some of the pioneering researchers in the field of in situ environmental electron microscopy present their results using the Atmosphere gas Cell.

Commercial catalyst behavior at operational temperatures and pressures

Chemistry in the TEM – New Horizons for Catalyst Research

Listen to leading researchers from industry and academia present their findings on directly observing the oxidation and reduction of heterogeneous catalysts.

Commercial catalyst behavior at operational temperatures and pressures

Listen to some of the pioneering researchers in the field of in situ environmental electron microscopy present their results using the Atmosphere gas Cell.

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