####################################################
# Wenjun Liu <wjliu@anl.gov>
# requesting 6 days, at minimum=5 days
# beamline 34ID-E, Characterization of grain boundary network by X-ray microdiffraction
# instrument 34ID-E microbeam
####################################################
# top:/home/www/beamtime-requests/req00601.txt
# UNICAT Member Beam Time Request  #601
# created Tue Apr 20 10:43:25 CDT 2004
####################################################

beamline:
	34ID-E

collaboration:
	No

contact:
	wjliu@anl.gov

days:
	6

description:
	The grain boundary normal and misorientation are believed to play an important role in energy minimization of the material.
By using three dimensional X-ray microdiffraction technique, local crystallographic orientation of submicron volumes within
polycrystalline materials will be determined, and the grain boundary type be identified within the framework of an ideal
coincident site lattice model. We hope this new approach to grain boundary characterization can address long-standing
questions about grain boundary networks in materials and can now provide quantitative tests of grain boundary models
with new insights for grain boundary engineering efforts.

equipment_required:
	

experiment:
	Characterization of grain boundary network by X-ray microdiffraction

foreign_nationals:
	

hazards:
	Only couple of Ni or Al etc samples will be measured. No hazardous materials involve.

instrument:
	34ID-E microbeam

instrument_other:
	

minimumdays:
	5

name:
	Wenjun Liu

nonmembers:
	

unacceptable_dates:
	none

z34ID_change_undulator:
	no

z34ID_details:
	

z34ID_on_axis:
	no

z34ID_parasitic:
	yes

z34ID_taper:
	no


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