Hi,

Although CAMD tomography beamline is running, our beam height is 1mm,
so I will introduce other facility's tomography beamlines to you as
listed below.  Sometimes, we also visited APS 13BM beamline to take
tomography data. If you are interested in, please contact Dr. Mark
Rivers at APS (rivers@cars.uchicago.edu) for more details.

Synchrotron, sector, and web site
	
Energy range
and resolution (DE/E)
	
Specifications and special capabilities
APS 13-BM
https://beam.aps.anl.gov/ pls/apsweb/
bd_display_pkg.beamline_dir
	
5-60 keV; 10-4
	
2 µm, Ce-YAG, 1.3k x 1k 12-bit.   Optimized for geological samples

APS 2-BM
https://beam.aps.anl.gov/
pls/apsweb/
bd_display_pkg.beamline_dir
	

0.5-33 keV; 10–2   (high-throughput monochromator)
	

Robotic sample changer and computer cluster for high-throughput experiments
 

NSLS X2B
http://www.nsls.bnl.gov/
beamlines/beamline.asp?
blid=X2B
	


6.5-30 keV; 2x10–4
	


Spatial resolution ~1 µm, CsI(Tl), 14-bit 1k x 1k CCD.  Used for chemistry, geology.  Hosted by ExxonMobil R&E

		

ALS 8.3.2
http://www-als.lbl.gov/als/
als_users_bl/bl_tables.html
	

3-60 kev; 10–2  and 10–4
	

Also specializing in 2D radiography,

~2 µm resolution.

ALS 6.1.2
http://www-als.lbl.gov/als/
als_users_bl/bl_tables.html
	

0.3 - 1 keV; 10–2
	


60 nm resolution for <1µm samples.  X-ray optics with zone plate lenses.   1k x 1k CCD.
		

If you have more questions, please do not hesitate to ask me.

Best wishes,

Kyungmin