Instrument Schedule for ng3sans

Date Days ID Title Participants Affiliation Equip Contact
Dec 9 1 23006 Determining the thickness of lipid bilayers with coexisting gel and fluid domains E. Kelley, M. Nagao, P. Butler NIST 9CB Jensen
Dec 10 1 TBA G. Jensen, D. Pochan NIST, UD 9CB Jensen
Dec 11 1 TBA H. Guo, L. Liu NIST/UD 9CB Jensen
Dec 12 1 13529 instrument calibration SANS Staff NIST 9P Gagnon
Dec 13 3 22544 Infineum Proprietary P. Dowding. D. Steyler, C. Willis Infineum 9CB Butler
Dec 16 3 23010 polymer blends and bottlebrush polymers C. Lopez-Barron EXOM 7HB Liu
Dec 19 2 22987 SANS from the disordered region of Ubiquilin-2 C. Castaneda, S. Krueger NIST, Syracuse U. 9CB Krueger
Dec 21 1 22389 .5d - SANS studies on protein denaturation at high temperature D. Gomes, S. Teixeira UD 9CB Teixeira
Dec 23 13 Facility Shutdown Happy Holidays
Jan 04 2 23121 Structural analysis of proteins involved in mitochondrial BER S. Teixeira, A. Prakash UMD, U.S. Alabama 10CB Teixeira
Jan 06 3 20806 Understanding structure of cellulose in mixture solvents G Cheng
X Yuan (Beijing U of Technology)
Beijing U 10CB Hammouda
Jan 9 4 22608 SANS Measurements of Polystyrene Under Symmetric Confinement K Winey
J Pressley (U Penn)
U Penn 10CB Jones
Jan 13 4 23103 Fingerprinting Molecular Relaxation of Polymers by Small-Angle Neutron Scattering Y. Liu, Y. Wang, Z. Wang, W-R. CHen UD/NIST, ORNL 9P Liu
Jan 17 1 22711 TBA - USANS complement D. Pochan, G. Jensen UD, NIST 10CB Jensen
Jan 18 2 23144 Structural characterization of theoretically predicted peptide nanostructures constructed by physical G. Jensen, D. Pochan, N. Sinha UD, NIST 10CB Jensen
Jan 20 3
Jan 23 2
Jan 25 2 22908 In situ SANS Investigation on Enzyme-catalyzed Hydrolysis of Y Mao (NIST)
R Briber (UMD)
4R Mao
Jan 27 2 22389 SANS studies on protein denaturation at high pressure D. Gomes, S. Teixeira UD PRES Teixeira
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: