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Equipment of Technische Universität Dresden (TUD)

Technische Universität Dresden (TUD)
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Defectometer for portable crack testing (eddy current device)

Manufacturer: Dr. Foerster GmbH & Co.KG
Model: 2.837
Facility: Working Group for Physical Materials Diagnostics

The DEFECTOMETER is a modern, highly sensitive eddy current test instrument for manual crack testing.

 

X-Ray Diffractometer

Manufacturer: Bruker Inc.
Model: D8 Discover
Facility: Working Group for Physical Materials Diagnostics

Diffraktometer vom Typ Bruker D8 mit Kupfer-Röntgenröhre. Es besitzt ein horizontales Goniometer in Parallelstrahlgeometrie. Ein Göbelspiegel wird zur Strahlformung und Monochromatisierung eingesetzt.

 

Portable Industrial X-Ray Generator

Manufacturer: Agfa NDT Pantak Seifert GmbH & Co. KG (heute: GE Company)
Model: Eresco MF42
Facility: Working Group for Physical Materials Diagnostics

"Reliable, lightweight, portable x-ray Generator. The robust construction of the control and the tube heads make them suitable for hostile environments."

 

Scanning Electron Microscope (SEM) with coupled EBSD technology and KOSSEL processing

Facility: Working Group for Physical Materials Diagnostics

Im Röntgenographischen Speziallabor ist in einem multifunktionalen System die EBSD-Technik gemeinsam mit dem KOSSEL-Verfahren in einem REM gekoppelt worden.

 

Ultrasonic Flaw Detector

Manufacturer: GE Sensing & Inspection Technologies GmbH
Model: USM Go
Facility: Working Group for Physical Materials Diagnostics

The USM Go combines a thickness gauge and a flaw detector in one single lightweight instrument.

 

Binocular Eyetracking System

Manufacturer: Tobii
Model: X2-60
Facility: Chair of Geoinformatics

 

Wearable Binocular Eyetracking System

Manufacturer: Tobii
Model: Glasses 2
Facility: Chair of Geoinformatics

 

Fluidized bed pilot plant

Manufacturer: TU Dresden / ThyssenKrupp AG
Model: VERENA
Facility: Institut für Abfall- und Kreislaufwirtschaft

Thermal behavior of refused-derived fuel in stationary fluidized bed combustion. The integrated and complex analysis technique allows the online analysis of various parameters in the flue gas.