Unified Data Sheet

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

7x1013 ph /s at 14.4 keV

spot size ON SAMPLE 

6000 μm x3000 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 modes 111, 311

W/B4C, Ru/C

Cooling

liquid nitrogen

liquid nitrogen

 

ENDSTATION(S)

Microtomography

Micro Tomography

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

Detector(s)

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

Control / Data analysis

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

Nano Tomography

FOV

30 µm2

Techniques

Absorption contrast

Detector(s)

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

-

-

-

Control / Data analysis

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