####################################################
# Wenjun Liu <wjliu@anl.gov>
# requesting 5 days, at minimum=5 days
# beamline 34ID-E, Microdiffraction studies of individual helix nanostructures for testing theory of dislocation-driven growth mechanism.
# instrument 34ID-E microbeam
####################################################
# top:/home/www/beamtime-requests/req01234.txt
# UNICAT Member Beam Time Request  #1234
# created Fri May 09 16:30:42 CDT 2008
####################################################

apsrun:
	2008-02

beamline:
	34ID-E

collaboration:
	No

collaborator_Wenjun:
	ON

contact:
	wjliu@anl.gov

days:
	5

description:
	Polychromatic and monochromatic microdiffraction will be used to investigate spatially-resolved orientation and strain in individual PbSe and PbS helix nanostructures. The Eshelby theory of dislocations and proposed nanowire growth mechanism would be examed.

equipment_required:
	

experiment:
	Microdiffraction studies of individual helix nanostructures for testing theory of dislocation-driven growth mechanism.

foreign_nationals:
	

hazards:
	no hazards.

instrument:
	34ID-E microbeam

instrument_other:
	

minimumdays:
	5

name:
	Wenjun Liu

nonmembers:
	Matthew Bierman and Song Jin from University of Wisconsin-Madison

submit:
	Submit

unacceptable_dates:
	

z34ID_change_undulator:
	no

z34ID_details:
	

z34ID_on_axis:
	no

z34ID_parasitic:
	yes

z34ID_taper:
	no


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