P05 - Imaging Beamline
The imaging beamline (IBL) is dedicated to micro- and nanotomography at energies between 5 keV and 50 keV. The Beamline has two end stations, a micro tomography end station for spatial resolutions down to 1 µm and FOVs between 0.9 - 7.2 mm2 and a nano tomography end station for spatial resolutions down to 100 nm and FOVs up to 50µm2.
| CONTACT |
|
GENERAL SPECIFICATIONS
|
techniques available |
Full field tomography, micro tomography, nano tomography |
|---|---|
|
photon source |
undulator |
|
period number of periods max power |
32 mm 62 - kW |
|
source brilliance |
1014 ph / s / 0.1% bw |
|
polarization available |
linear horizontal |
|
energy range |
5 keV – 50 keV |
|
max flux ON SAMPLE |
1.312 ph / s / mm2 at 18 keV |
|
spot size ON SAMPLE |
6000 μm x6000 μm to 100 nm x100 nm
|
|
sample type |
material science, geological, biological etc. |
OPTICS
|
type |
Double Crystal Monochromator |
Double Multilayer Monochromator |
|---|---|---|
|
Type |
DESY Standard |
Research Instruments |
| energy range |
5 keV - 50 keV |
5 keV - 50 keV |
|
Si Crystal / ML |
Bragg mode 111, channel cut |
W/B4C, Ru/C |
|
Cooling |
liquid nitrogen |
liquid nitrogen |
ENDSTATION(S)
Microtomography
|
FOV |
7.2 x 7.2 mm2 3.6 x 3.6 mm2 1.8 x 1.8 mm2 0.9 x 0.9 mm2 |
|---|---|
|
Techniques |
Absorption contrast Inline phase contrast Grating based phase contast |
| Sample environment |
furnace corrosion cell load frame hanging axis |
|
Type |
CCDs |
CMOS (KIT) |
CMOS (PCO edge 4.2) NOT YET AVAILABLE |
|---|---|---|---|
|
count rate |
n.a. |
n.a. |
n.a. |
|
spatial resolution |
down to 1 µm |
down to 1 µm |
down to 1µm |
|
read-out time |
3s (full frame) |
up to 10 Hz |
up tom 100 Hz |
|
pixel size |
12µm |
6.5 µm |
6.5 µm |
|
array size |
3k x 3k |
5k x 4k |
2k x 2k |
|
typical collection time |
60 min |
down to 5 min |
down to 1 min |
|
Software type |
IDL TANGO |
|---|---|
|
Data output type |
custom |
|
Data output |
raw images, hdf5 |
|
Software(s) for quantitative analysis |
MAVI, Volume Graphics Studio Max, Avizo |
Nanotomography
|
FOV |
30 µm2 |
|---|---|
|
Techniques |
Absorption contrast |
|
Type |
CCD (Spectral Instruments) |
CMOS (PCO edge 4.2) |
sCOMS (Hamamatsu) |
|---|---|---|---|
|
count rate |
n.a. |
n.a. |
n.a. |
|
spatial resolution |
from 100nm to 5µm |
down to 100 nm |
down to 100 nm |
|
read-out time |
5s (full frame) |
up to 100 Hz |
up to 30 Hz |
|
pixel size |
15µm |
6.5 µm |
6.5 µm |
|
array size |
4k x 4k |
2k x 2k |
2k x 2k |
|
typical collection time |
- |
- |
- |
|
Software type |
Python / TANGO |
|---|---|
|
Data output type |
tiff |
|
Data output |
tiff |
|
Software(s) for quantitative analysis |
MAVI, Volume Graphics Studio Max, Avizo |
SUPPORT LAB
- Laboratory CT
- ZEISS FIB
- Microscopes
