NCNR BT5-USANS Instrument Schedule M. Bleuel Tel: (301)975-5165 Fax: (301)921-9847, E-mail: markus.bleuel@nist.gov Changeover time: 10:00 a.m. -------------------------------------------------------------------------------- Start Num UniqID Date Days Users S-No Experiments Equip Contact ----- ----- ------------------ ------- ------------------------ ----- -------- Oct 6 1 Mo instrument calibration Jackson Oct 7 3 R Hule+ A Jha+ X 12728 Microstructure of double- 5P Mildner Jia+ D Pochan (U U23-01 crosslinked hyaluronic Delaware) acid-based hydrogels Oct 10 4 R Hedden+ D Lentz+ 12840 Study of porosity in 5P Mildner B. Unal (Penn State U23-05 sponge-like poly(HEMA) Univ) gels Oct 14 3 K Page+ A Karim+ 13079 Structure of catalyst ink 5P Mildner (NIST) R Koestner+ U23-16 formulations for membrane M Budinski (GM) electrode assemblies in Oct 17 3 J Thomas+ 12863 Characterization of 5P Barker (Northwestern Univ) U23-06 calcium hydroxide phase A Allen (NIST) in cement as a function Oct 20 3 V Tirumala (Cabot 13389 Hierarchical structure of 5P Butler Corp) NIST carbon black filled elastomer composites Oct 23 1 B Wyslouzil (Ohio 13641 feasibility 5P Jackson State Univ) NIST Oct 24 1 S. Kline (NCNR) 13605 Identity of droplets in 5P Kline NIST gels by contrast variation Oct 25 2 reactor 2 day do not schedule shutdown Oct 27 2 low power testing do not schedule Oct 29 2 R Hule+ A Jha+ X 12728 Microstructure of double- 5P Mildner Jia+ D Pochan (U U23-01 crosslinked hyaluronic Delaware) acid-based hydrogels Oct 31 5 L Jin+ S Brantley+ 13035 Effective surface area 5P Mildner (PSU) G Rother+ D U23-12 and geometry of Cole (ORNL) anisotropic pores in Nov 5 2 A Sitchler+ (PSU) D 13052 Microporosity on the 5P Mildner Cole+ G Rother+ U23-13 evolution pore (ORNL) S Brantley connectivity during Nov 7 6 A Nakatani+ R Pytel 10471 proprietary BSC Mildner (Rohm&Haas) PROP Nov 13 5 M Lynch+ 12884 Microsture of model 5P Jackson (Proctor&Gamble) J UC23-01 vesicles and their Mang+ C Welch aggregates upon and Nov 18 1 Tu open - feasibility -------------------------------------------------------------------------------- Equipment: HM2: Horizontal Low-Field Electromagnet (1.0 Tesla); DI: Closed cycle, displex, refrigerator (10 K to 330 K); BSC: Boulder Couette Flow Shear Cell; NPC: NIST Pressure Cell; SCM: Superconducting Magnet (7 Tesla); 4H: 4-position heating stage (up to 200C); VR: Vertical Rotation Stage; 6CB: 6-position sample changer (-10 to 100 deg C +/- 0.1 C); 5P: 5-position ambient sample changer; SE: Special Environment; RHEO: Rheometer 301; 12SC: 1-2 plane flow-SANS shear cell; LRM: horizontal low-field electromagnet (0.5T) Little Red Magnet 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)