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
-----  ----- ------------------  ------- ------------------------ ----- --------
Oct 18   1   SANS staff          13529   instrument calibration    10CB Gagnon
                                 NCNR

Oct 19   2   M Kowalik+B         21690   Analysis of Novel         10CB Hammouda
             Juengst+J Maranas   S34-10  Cellulose Microfibrils in
             (Penn State U)              the Arabidopsis
Oct 21   3   M Calabrese (U Del) 22446   Shear-induced structures  rheo Weigandt
                                 NCNR    in concentrated PFSA
                                         ionomer
Oct 24   2   K Winey+J Pressley  21831   SANS Measurements of      10CB Jones
             (U Penn)            S34-47  Polystyrene Under         7HB
                                         Symmetric Confinement
Oct 26   2   I Ruocco+ M         22020   Microstructural           rheo Jenson
             Helgeson (UCSB)     S34-80  characterization of HA-
                                         based hydrogels under
Oct 28   5   WR Chen+Z Wang+W    21993   Exploring the Origin of   rheo Yun
             Hamilton(ORNL)+L    S34-76  Viscoelasticity in
             Porcar (ILL)+T              Colloidal
Nov 2    2   T Hoare+T Gilbert+R 22044   Investigating the Effect  10CB Mao
             Alsop (McMaster U)  S34-86  of Gelation Time on the
                                         Morphology of
Nov 4    3   U Olsson+L          21746   Cellulose dissolution in  10CB Hammouda
             Gentile+M           S34-27  tetrabutyl ammonium
             Gubitosi+A Idstrom          acetate/DMSO
Nov 7    1   L Anovitz+T Prisk   22087   Nanostructure Formation   10CB Bleuel/Mildner
             (Oak Ridge)         NISTP   During Sedimentation of   ?
                                         Sandstone
Nov 8    1   R. Murphy, N.       22976   CNS feasibility - hummins 9CB  Jensen
             Wagner, L Cheng, R. NIST    and adhesive hard rod
             Lobo                        system characterization
Nov 9    1   SANS staff          13530   Feasibility               9CB  Gagnon
                                 NIST

Nov 10   1   T. Cleveland, E.    22983   Studies of MO cubic       9CB  Butler
             Kelly, M. Nagao, P. NIST    phases + 23006 bilayer
             Butler                      thick in coexistence
Nov 11   1   K. Rubinson, S.     23071   Finding the structures of 9CB  Butler
             Krueger, D.         NIST    polysialic acids from
             Freedberg                   cell walls of pathogenic
Nov 12   2   Y. Mao              22981   Magnetic alignement of    9CB  Mao
                                 NIST    cellulose nanocrystals

Nov 14   2   K Whitcomb+N Wagner 21840   Shear Thickening Time     1-    Liu
             (U Del)             S34-50  Dependence                2she

Nov 16   1   L Anovitz+T Prisk   22087   Nanostructure Formation   4R   Bleuel/Mildner
             (Oak Ridge)         NISTP   During Sedimentation of
                                         Sandstone
Nov 17   1   V DiStefano+L       22106   Assessing organic matter  10CB Bleuel/Mildner
             Anovitz (Oak Ridge) NISTP   distribution in the
                                         porosity of
Nov 18   3   R Hjelm+H Xu+M      21770   Water Distribution and    SE   Mao
             Ding+J Pawar (Los   S34-32  Uptake in Shale
             Alamos)                     Nanopores:  A SANS Study
Nov 21   2   HM Lai+KC Shih      21683   SANS study on the Self-    rheo Jensen
             (NTaiwan U)+MP Nieh NIST-P  Assembly of Pluronic and
             (U Conn)                    cyclodextrin
Nov 23   2   E. Senses, A.       22974   miscibility study in      7HB  Butler
             Faraone, M. Tyagi   NIST    asymmetric polymer
                                         blend+Weigandt Feas.
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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)