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 11 1 D Mildner (NCNR)+ M 17582 calibration Mildner Wasbrough NIST (Delaware) Oct 12 8 C Clarkson+ N 17233 phase behavior of methane SE Mildner Solano+ (Calgary) M U28-08 and CO2 on transport in Mastalerz (Indiana) gas & oil reservoirs Oct 20 2 reactor down sitewide shutdown Oct 22 7 L Ruppert+ (USGS) Y 17454 accessibility of pores in SE Mildner Melnichenko+ (ORNL) U28-14 gas shale to methane, R Sakurovs+ (CSIRO) water & brine Oct 29 2 reactor down hurricane SANDY Oct 31 2 L Ruppert+ (USGS) Y 17454 accessibility of pores in SE Mildner Melnichenko+ (ORNL) U28-14 gas shale to methane, R Sakurovs+ (CSIRO) water & brine Nov 02 2 C Lopez-Barron 17837 understanding mechanisms 6CB Liu (Exxon)+ Y Liu NIST-D of polymer blend (Delaware) compatibilization Nov 04 2 C Lopez-Barron 17837 chemical gelation of 6CB Liu (Exxon)+ Y Liu NIST-D ionic rubbers (Delaware) Nov 06 1 C Lopez-Barron 18145 microstructure of 6CB Wasbrough (Exxon) NIST rubber/nylon blends after annealing Nov 07 1 E Kelley (Delaware) 18164 characterization of 6CB Wasbrough NIST-D amphiphilic homopolymer solution assembly Nov 08 1 A Allen+ L Espinal+ 18160 USANS studies of CO2 6CB Mildner W Wong-Ng(NIST)+ C NIST capture materials Matranga(DOE)+ J Nov 09 1 J Lynn (NCNR)+ S 18092 superconducting cryo Mildner Saha+ J Paglione U29-21 suppression of magnetic (UMD)+ J fluctuations in Ce-HoRu2 Nov 10 3 L Anovitz (ORNL) 17728 burial diagenesis of the 6CB Wasbrough NIST St. Peter sandstone Nov 13 1 Y Liu (NIST)+ X 18247 block copolymer micelle 6CB Liu Jia+ L Ciao NIST-D crosslinked hydrogels for (Delaware) drug delivery Nov 14 2 P de la Iglesia+ D 17421 effect of solvent on the 6CB Wasbrough Pozzo (U NIST formation of poly(9,9- Washington) dioctyl-fluorene) gels Nov 16 1 J Curtis+ S 17579 SANS study of engineered 6CB Wasbrough Krueger+ N Clark+ NIST-E herpes simplex virus (NCNR) A McAuley+ J Nov 17 6 J Belkowitz 18118 hydrated cement matrix 6CB Liu (Stevens Institute) NIST-P with addition of three silica graduations Nov 23 1 JM Kim (Delaware) 17757 probing structure of 6CB Wasbrough NIST-D adhesive hard-spheres with USANS -------------------------------------------------------------------------------- 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)