Part of the Oxford Instruments Group
Expand
Oxford Instruments
Applications
Products
News
Events
Contact
InvestorsCareersNewsEventsContacteCommerce
Investors Careers
EDS
EDS for SEM and FIB >Ultim MaxUltim ExtremeAZtecLiveAZtecFeature
EDS for TEM >Ultim Max TEMAZtecTEMX-Max 100TLEX-Max TSRX-Max 80T
Detectors
Ultim MaxUltim Extreme
Software
AZtecGSRAZtecSteelAZtec LayerProbeAZtecSynergyAZtec3DAZtecMineralAZtecAM
EBSD
Detectors
SymmetryC-SwiftC-Nano
Software
AZtecHKLAZtecSynergyAZtec3DAZtecICEPost-processing Software
Auto Webinar | 12 Mar
WDS
Detectors
Wave
Software
INCAEnergy+
Probes
Nanomanipulators
OmniProbe 400OmniProbe 200
Lift-out
OmniProbe cryo
Consumables
e-store
Applications
Advanced ManufacturingAgriculture & FoodAutomotive & Aerospace
Bio Imaging & Life ScienceChemical & CatalysisEnergy Generation & Storage
Forensics & EnvironmentGeology, Petrology & MiningMetals, Alloys, Composites & Ceramics
PharmaPolymersSemiconductors, Microelectronics & Data Storage
Library
Documents
Application Note LibraryProduct BrochuresCustomer Gallery
Webinars & Blog
WebinarsBlog
Airborne Particles | 31 July
Support
NanoAnalysis Support
Maintenance and supportConsultancy and application supportLiveAssist
Training
Training Overview
Consumables
OmniProbe ConsumablesAGAR (France)AGAR (Sweden)
News
Events
Contact
eCommerce
Application

In-Situ Observation of Chemical Reactions

  1. Home
  2. Applications
  3. In-Situ Observation of Chemical Reactions

Related to: Chemical & Catalysis

Observing reactions as they happen is key to understanding the processes involved

Products

AZtecTEM is an innovative EDS software specifically optimised for advanced TEM applications.

AZtecTEM is a unique system approach to the characterisation of materials at…

AZtecTEM

Find out more

Our flagship SDD detector for TEM, the X-MaxN 100TLE provides the perfect solution for field emission and aberration corrected TEMs working at the frontiers of nanoscience.

X-MaxN 100TLE

Find out more

This windowless silicon drift detector sensor for TEM applications provides a collection solid angle in the range 0.3 to 0.7 steradians*. Its superb collection efficiency over the…

X-MaxN TSR

Find out more

© Oxford Instruments 2019

Website by Miramar Communications Ltd