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ID1 - Anomalous Scattering

last modified 10-01-2012 15:01

ID01 is a x-ray diffraction and scattering beamline, devoted to the study of a wide variety of materials, from nanostructures 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, GISAXS and anomalous scattering studies.

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Contact
Tel: +33(0)47688 +ext

Tobias SCHULLI Scientist in Charge	2280
Dina CARBONE Scientist	2216
Peter BOESECKE Beamline Operations Manager	2400
ID01 Control Room	2719
Email to ID01

General	Beamline
Experiments on ID01	X-ray source
Rules to follow during an experiment	Optics
Beamline Staff	Experimental Hutch
Publications	Diffractometer
	Detectors

Possibilities at ID01

New available equipmement

In-House-Research projects

In-situ AFM and u-XRD capabilities

The in-situ AFM recently developed at the ESRF was designed having the particular issues and geometries of synchrotron end-station in mind [more info...]

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 1200^oC, 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...]