ID01 - Microdiffraction imaging

ID01 is a x-ray diffraction and scattering beamline producing beams down to 100 nm devoted to the study of a wide variety of materials, from nanostructures over thin films to bulks, with the ability to perform imaging and strain studies using coherent x-ray diffraction methods and/or nanodiffraction. ID01 is also dedicated to SAXS, GID and GISAXS.

 

ID01 reopened after upgrade in December 2014.

 
 

newlogo

 
Contact
Tel: +33(0)47688 +ext
Tobias SCHULLI
Scientist in Charge
2280
Steven LEAKE
Scientist
1939
Peter BOESECKE
Beamline Operations Manager
2400
ID01 Control Room 2719
 
   

General

Beamline

Experiments on ID01
Grazing Incidence and Anomalous scattering
 
Rules to follow during an experiment Optics
Beamline Staff Experimental Hutch
Publications Diffractometer
  Detectors

 Science at ID01

 

Available tools

In-House-Research projects

Mini Cryostat

 

A special He-flow cryostat has been developped for ID01 for temperatures down to 2.5 K. It restricts angular movements of the sampleto one axis and can be equipped with windows of different size to adapt the required accessible angular range.

Probing mechanical properties of nano-objects

AFM2

The investigation of semiconductor nanostructures is widely regarded to be one of the most important issues concerning the development of new technologies [more info...]

Maxthal furnace for micro-diffraction at high temperatures

maxthal furnace

 

Diffraction studies in a temperature range from RT up to 1200oC, in vacuum, in air or oxygen atmosphere, can be performed using the Maxthal furnace, developed by B. Gorges and the SES group at the ESRF. [more info...]

CDI of a single nanowire using focussed X-ray beam

 CDI-setup

 

The cross-section of an InAs nanowire with a diameter of 150 nm epitaxially grown on a 111-oriented InP substrate was characterized [more info...]

Setup for Grazing Incidence Diffraction (GID)

 

At the new (3+2 circles) nano-diffraction end-station of ID01, installed at the beginning of 2011 and optimized for sub-micron diffraction on nano-scale objects, also Grazing Incidence Diffraction experiments are possible using the vertical scattering geometry. Using a specific configuration of the goniometer motors [more info...]