Instrument Schedule for ng3sans

Date Days ID Title Participants Affiliation Equip Contact
Jan 8 1 13529 Instrument Calibration C Gagnon NCNR 9P Gagnon
Jan 9 1 23424 23424 and 24168 tests R Zhang, S Liu, L Anovitz, M Bleuel Penn St, ORNL, NCNR SE Bleuel
Jan 10 1 24634 Pressure S Teixeira NIST, U. Delaware NPC Teixeira
Jan 11 1 24672 SANS for Bending and Thickness Fluctuations in Selectively-Deuterated Binary Lipid Membranes M. Nagao, E. Kelley, R. Ashkar NIST, ORNL 9CB Kelley
Jan 12 1 24626 Hofmeister series effects on hydrogen-bond mediated growth of reverse worm-like micelles J Riley U. Delaware 9CB Butler
Jan 13 2 24655 UD feasibility M. Haider, J. Lee, D. Pochan 9CB Jensen
Jan 15 1 24651 SANS Studies of Integral Membrane Proteins in Liposome Model Membranes K. Rubinson NIST 9CB Krueger
Jan 16 1 24635 Feasibility tests on the use of SANS to characterize self-assembling peptide semi-conductors and NIST mabs E. Gazit, S. Teixeira, S. Brahmachari, S. Bera NIST/UD, Tel-Aviv U. 9CB Teixeira
Jan 17 2 23598 Impact of mineralogy and organic matter on pore structure and H Yoon
L Anovitz (Oak Ridge)
T Dewers (Sandia)
Oak Ridge, Sandia SE Barker
Jan 19 3 24632 Polyolefins C Lopez-Barron (EXM) 9CB Teixeira
Jan 25 1 23498 Shear-Induced Aggregation of Hanford Waste Slurries L Anovitz(UT)
K Weigandt (NIST)
J Chung (Battelle)
A Stack (Oak
UT, Battel, Oak Ridge rheo Weigandt
Jan 26 3 22754 Probing the kinetics of polymer adsorption/desorption in bulk R Carroll
S Cheng
A Sokolov
M Dadmun (U TN)
U Tennessee 7HB Krueger
Jan 29 1 S36-74 In situ SANS and USANS Investigation on Enzyme-catalyzed J Londono (Dupont)
Y Mao (UMd)
Dupont, UMd 9CB Mao
Jan 30 1 23543 Nanostructure formation from Cellulose Solution in Ionic X Zhang
D Henderson
Y Mao
H Wang
R Briber (U Md)
U Md, NCNR 9CB Mao
Jan 31 2 24638 Probing the microstructure of Aluminum-based adjuvants using SANS A. Xu UMD 4R Krueger
Feb 2 3 23318 KcsA Clustering in Lipid Raft Mixtures M Weinrich (NIH)
D Worcester(NIST)
NIH, NIST 9CB Hammouda
Feb 5 1 22822 Polycatenane Structural Analysis by SANS M Hore (Case Western R)
Q Wu (U Chicago)
Case Western Reserve U 9CB Hammouda
Feb 6 3 24090 study of iron-alginate systems Z. Schnepp
M Hollamby
P. Teare
R Horniblow
C Tselepis (U Birmingham)
U Birmingham 9CB Hammouda
Feb 9 3 24488 Crystalline PEO in d-Eth M. Bleuel 9CB Bleuel/Hammouda
Feb 12 2 24656 UD Feasibility J. Guo, S. Tein, P. Mondal, J. Hipp, N. Wagner UD 9CB Liu/Mao
Feb 14 2 24659 RheoSANS of carbon black suspensions J. Hipp, N. Wagner UD Rheo Butler
Direct scheduling questions to Boualem Hammouda
Tel: (301)975-3961, Fax: (301)921-9847, E-mail:
Instrument Tel: (301)975-4163 Changover time: 10:00 a.m.

9P: 9-Position ambient sample changer;
10CB: 10-Position sample changer (-10 to 100 ° C);
VF: Vacuum Furnace;
7CB: 7-Position sample changer (-10 to 100 ° C);
7H: 7-Position Heating Block (up to 200 ° C);
7HB: 7-Position Heating Block with BN (up to 300 ° C);
HM1: Horizontal High-Field Electromagnet (2 Tesla);
HM2: Horizontal Low-Field Electromagnet (0.5 Tesla);
DI: Closed cycle, displex, refrigerator (10 K to 330 K);
MSC: Minnesota Sliding Plate Shear Cell;
BSC: Boulder Couette Flow Shear Cell;
NPC: NIST Pressure Cell;
SCMA: Superconducting Magnet (9 Tesla);
2H: 2-Position, high precision heating stage (up to 250 °C);
VR: Vertical Rotation Stage;
OC: Orange Cryostat;
SE: Special Environment;

Paul Butler (x2028), John Barker (x6732), Markus Bleuel (x5165), Cedric Gagnon (x2020), Boualem Hammouda (x3961), Susan Krueger (x6734), Jeff Krzywon (x6650), Yun Liu (x6235), Yimin Mao (x6017), Susana Teixeira (x4404),

Please direct any comments, questions, or complaints regarding this facility to: