NCNR                        NG3-SANS Instrument Schedule
P. Butler    Tel: (301)975-2028  Fax: (301)921-9847, E-mail: butler@nist.gov
Instrument   Tel: (301)975-4163          Changeover time: 10:00 a.m.
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Start  Num                       UniqID
Date   Days  Users               S-No    Experiments              Equip Contact
-----  ----- ------------------  ------- ------------------------ ----- --------
Mar 10   1   SANS Staff          0001    Instrument Calibration    10CB Greenwald


Mar 11   3   D. Ho (NIST, U.     5617    SANS on Semi-conducting   10CB Ho
             Maryland)           NIST    Polymer Solutions

Mar 14   3   N. Balsara+ T.      5432    Micro & Macro Phase       NPC  Hammouda
             Rappl (UC Berkeley) S17-92  Separation kinetics,
                                         investigating a ternary
Mar 17   1   P. Reynolds+ J.     5170    Polymeric surfactant      10CB Kim
             White+ K. Baranyai+ S17-03  micelle formation in high
             A. Jackson                  internal phase
Mar 18   2   S. Lin-Gibson       5627    Structures determination  10CB Hammouda
             (NIST)+ F. Horkay   NIST    of photo-polymerized PEG
             (NIH)                       hydrogels
Mar 20   2   B. Hammouda (NIST)  4713    Solvation Properties in   10CB Hammouda
                                 NIST    PEO Solutions

Mar 22   1   B. Hammouda+ D.     5586    Testing of MgF2 Neutron   SE   Hammouda
             Mildner+ S. Kline   NIST    Lenses
             (NIST)
Mar 23   2   T. Mills+ G.        5278    Probing nanodomains       10CB Hammouda
             Feigenson (Cornell  S17-30  ("rafts") in
             U)                          DLPC/DPPC/cholesterol
Mar 25   3   S. Neelamegham+     5380    Protein conformation      BSC, Porcar
             P.Alexandridis+ I   S17-72  change induced by         10CB
             Singh (SUNY-                 hydrodynamic forces
Mar 28   2   N. Abbott (U.       5204    SANS of a tunable, light-  10CB Ho
             Wisconsin)          SC17-01 sensitive surfactant
                                         system formed from
Mar 30   2   J. Thomas           5305    A SANS/USANS study of the 10CB Barker
             (Northwestern U)+   S17-41  combined effects of
             A. Allen (NIST-              heating and drying on
Apr 1    3   MH Kim (NIST)       5623    Nafion Structure in       SE   Kim
                                 NIST    Solution

Apr 4    2   T. Owen+ A. Butler  5228    Metal Induced Phase       10CB Hammouda
             (UC Santa Barbara)+ S17-20  Change of a Peptide
             R. Pynn (Los                Amphiphile
Apr 6    2   C. Co+ CCH Ho+ S.   5220    Microstructure of Sugar-   10CB Kline/Barker
             Charles (U.         S17-19  Based Microemulsion Glass
             Cincinnati)                 Templates
Apr 8    2   T. Mason+ S.        5253    Time-Resolved SANS of     10CB Lin
             Graves+ J. Wilking  SC17-04 Nanoemulsion Coalescence
             (UCLA)
Apr 10   1   SANS staff          002     Shared beamtime           10CB Greenwald
                                 NIST

Apr 11   1   S. Krueger (NIST)   5618    Structural Studies of HIV- 10CB Krueger
                                 NIST    1 Gag Protein and Gag
                                         Complexes Related to
Apr 12   2   M. Gee (U           5239    Interfacial structure of  10CB Ho
             Melbourne)+ A.      S17-23  pH dependent poly((2)
             Nelson+ J. Schulz           vinyl
Apr 14   3   L. Walker+ D. Pozzo 5260    Shear-orientation of      BSC  Porcar
             (Carnegie Mellon U) S17-26  nanoparticles templated
                                         by thermo-reversible
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Equipment: 
   9P: 9-Position ambient sample changer; 
   10CB: 10-Position sample changer (-10 to 100 deg C); 
   VF: Vacuum Furnace; 
   7CB: 7-Position sample changer (-10 to 100 deg C);
   7H: 7-Position Heating Block (up to 200 deg C); 
   7HB: 7-Position Heating Block with BN (up to 300 deg C); 
   HM1: Horizontal High-Field Electromagnet (2 Tesla); 
   HM2: Horizontal Low-Field Electromagnet (1 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 deg C); 
   SE: Special Environment; 
   VR: Vertical Rotation Stage;
   OC: Orange Cryostat;

Contacts:
    Paul Butler (x2028), John Barker (x6732), John Barker (x6732) 
    Jeff Krzywon (x6650), Cedric Gagnon (x2020), Michael Zhang (x5513)
    Yimin Mao (x6017), Yun Liu (x6235), Markus Bleuel (x5165),
    Susana Teixeira (x4404)