Instrument Schedule for ng3sans

Date Days ID Title Participants Affiliation Equip Contact
Mar 25 1 Instrument Calibration SANS Staff Gagnon
Mar 26 2 20594 Contrast variation on new PAMAM. Y. Liu, L. Porcar, W-R. Chen, L. Sanchez-Diaz, W. Hamilton UD/NIST, ILL, ORNL 10CB Porcar/Liu
Mar 28 2 20184 cholesterol movement across membranes with mixed compositions. U. Perez-Salaz, L. Porcar, W-R. Chen, J, Breidigan, F. Wu Argonne Nat Lab, ILL, U Illinois-Chicago 10CB Porcar/Butler
Mar 30 2 19610 Oxidative Weathering of Granite-SANS L Anovitz
G Rother (Oak Ridge)
E Ilton (Pacific Northwest)
Oak Ridge, Pacific Northwest 9P Mildner
Apr 1 2 20619 UD CNS exploratory measurements S. Rogers, N. Wagner UD 10CB Butler
Apr 3 3 20208 Characterization of theoretically predicted peptide M Haider
D Pochan (U Del)
U Delaware 10CB Butler/Mao
Apr 6 1 20615 Poly(styrene sulfonate) adsorption on nano-sized cationic silica particles J. Richards, P. Butler, N. Wagner NIST 10CB Butler
Apr 7 1 20048 Characterization of stimuli-responsive magnetic nanocomposites KS Lin
K Dehvari
Y Chen (Yuan Zhe U)
Yuan Zhe U 10CB Bleuel,Hammouda
Apr 8 2 20652 SANS analysis of the NIST mAb reference material M. Castllanos, J. Curtis, Z. Wang, Y. Liu NIST, UD 10CB Liu/Mao
Apr 10 1 20663 SANS Studies of Lipid Nanodiscs in Buffers Containing Deuterated Components S. Krueger, A. Altieria, J. Marino, R. Prasad NIST 10CB Krueger
Apr 11 2 20666 Affect of thetering on polymer response to approaching of the theta temperture R. Ashkar, K. Mongcopa, P. Butler, R. Krishnamoorti UMD/NIST, UH, UMD 10CB Butler
Apr 13 1 20617 Silks + Characterization of beta-hairpin Forming Peptide Hydrogels with New Hydrophobic Payloads J. Sun
K. Weigandt et al.
UD, NIST, Georgetown 10CB Weigandt/Gagnon
Apr 14 1 20601 SANS Studies of Full-length Nucleosome Chaperone, FACT S. Krueger, J. Schott, D. Winkler NIST, UT Dallas 10CB Krueger
Apr 15 2 20155 Shear Alignment of Cellulose Nanocrystal Dispersisons A Haywood (Auburn U)
M Jiang
C Kitchens (Clemson U)
rheo Weigandt
Apr 17 3 shutdown No Neutrons
Apr 20 1 13530 Feasiblity + Characterization of beta-hairpin Forming Peptide Hydrogels with New Hydrophobic Payloads J. Sun
T. CLeveland, P. Butler, SANS STAFF
NIST, UD 10CB Gagnon/Butler
Apr 21 1 20643 Polymer-Clay Interactions A. Nakatani Dow Chemical 10CB Jones
Apr 22 2 20036 Sills as seals: evolution of porosity and permeability during S Emmanuel
L Anovitz (Oak Ridge)
Oak Ridge 9P Mildner
Apr 24 3 19544 Bound Layers and their Lifetimes in Polymer Nanocomposites J Jestin (CEB-Saclay)
S Kumar
D Zhao (Columbia U)
CEN-Saclay,Columbia U 7HB Hammouda
Apr 27 2 20598 Silica-Based Dendrimers G Yuan
B Hammouda
NCNR 10CB Hammouda
Apr 29 1 20101 Using SANS and USANS to explore and validate models of B Tutolo
A Luhmann
M Saar
W Seyfried (U Minnesota)
9P Mildner
Apr 30 1 20302 The role of organic matter and pyrite oxidation on shale deep X Gu
S Bantley (Penn State)
Penmn State 9P Mildner
May 1 3 20173 Characterization of the self-assembly of elastin-like polypeptide amphiphiles in order to relate it to their molecular constitution I Weitzhandler
A Chilkoti (Duke U)
S Prevost
M Simon
M
Duke U, Berlin 10CB Butler/Mao
May 4 1 13530 Feasibility (Mao and Bleuel) Open Y. Mao, M. Bleuel UMD/NIST 10CB Bleuel, Mao
May 5 1 20124 Various Projects B Hammouda
M Glassman and others
NIST 10CB Hammouda
Direct scheduling questions to Boualem Hammouda
Tel: (301)975-3961, Fax: (301)921-9847, E-mail: hammouda@nist.gov
Instrument Tel: (301)975-4163 Changover time: 10:00 a.m.

Equipment:
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;

Contacts:
Paul Butler (x2028), John Barker (x6732), Cedric Gagnon (x2020), Boualem Hammouda (x3961), Steve R. Kline (x6243), Susan Krueger (x6734), Jeff Krzywon (x6650), Mark Laver (x4404), Lionel Porcar (x5049)


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webmaster@www.ncnr.nist.gov