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# Andrew Allen <andrew.allen@nist.gov>
# requesting 5 days, at minimum=4 days
# beamline 33ID, USAXS Flow Cell Studies of Peptide Amphiphiles and Carbon Nanotube Alignment
# instrument 33ID-D USAXS
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# top:/home/www/beamtime-requests/req00825.txt
# UNICAT Member Beam Time Request  #825
# created Thu Aug 18 21:10:40 CDT 2005
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apsrun:
	2005-03

beamline:
	33ID

collaboration:
	Yes

collaborator_Pete:
	ON

contact:
	andrew.allen@nist.gov

days:
	5

description:
	We would like to develop further our flow cell studies of peptide amphiphile particle interactions under controlled conditions using the microlab dispenser online. These studies are potentially important for spinal injury remediation. We would also like to exploit more fully our new multi-channel capillary system to determine under  what conditions measurable alignment of CNT's may be achieved in a flowing system. This would have significant importance for high-level CNT applications where high-quality CNT dispersion and ordering or alignmewnt are required.

equipment_required:
	USAXS flow cell with working microlab computer interface.

experiment:
	USAXS Flow Cell Studies of Peptide Amphiphiles and Carbon Nanotube Alignment

foreign_nationals:
	None

hazards:
	Chemlab use for sample preparation and flow cell set-up will be required. Some use of solvents, acids, bases and surfactants, and sonication will be needed, but this should be within the envelope of previous flow cell experiments.

instrument:
	33ID-D USAXS

instrument_other:
	

minimumdays:
	4

name:
	Andrew Allen

nonmembers:
	K. Niece (Northwestern University), H. Wang (Michigan Tech.)

submit:
	Submit

unacceptable_dates:
	Before November 1 (samples not ready).

z34ID_details:
	


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