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. -------------------------------------------------------------------------------- Start Num UniqID Date Days Users S-No Experiments Equip Contact ----- ----- ------------------ ------- ------------------------ ----- -------- jul 20 1 SANS STAFF 13529 calibration 9P Gagnon NIST jul 21 2 Z. Wang, Y. Liu 21068 Direct measurement of the 10CB Wang/Liu NIST-P Critical Casimir force between colloidal jul 23 2 J Maranas+D Ye 20081 Analysis of novel 10CB Mao S32-34 cellulose microfibrils in the Arabidopsis jul 25 2 J Maranas+D Ye+C 20096 SANS investigation of 10CB Mao Anderson S32-38 pectin structure un jul 27 2 J. Gao, N. Wagner 21392 UD CNR feasibility: 1-2 1- Butler UD shear plane of silica 2sh ionic liquid suspension jul 29 2 K Martz+B Hammouda 20749 Research Experience for NPC Hammouda NIST Teachers jul 31 3 M Hore+B Hammouda 19907 PNIPAM Star-branched 10CB Hammouda NISTP polymers in solution aug 3 2 G Yuan+B Hammouda 20537 PS-PNIPAM nanoparticles 10CB Hammouda NIST structure aug 5 1 Y. , M. Bleul, SANS 13530 Feasibility 10CB Gagnon/Butler STAFF NIST aug 6 1 J. Richards, P. 20780 PEDOT:PSS:SiO2 Composite 10CB Butler Butler NIST Particles aug 7 3 N Yamada+M 20116 Deformation of small uni- 10CB Nagao/Butler Kawasaki+Nagao S32-43 lamellar phospholipid vesicles aug 10 1 J. Barker, C. 21327 High Resolution Detector 10CB Barker Glinka, D. Jacobson NIST Tests of linearity, gamma sensitivity and uniform aug 11 2 M. Agarwal, R. 21038 Microstructural changes 1,2 Butler Ewoldt, C. Zukoski NISTP at onset of nonlinear flow using SANS aug 13 4 P. Cheng, M. 21363 Probing non-equilibrium 12sh Weigandt Helgeson, K. NIST length distribution of Weigandt linear wormlike micelles aug 17 1 E. Kelley, T. 21348 Studying the interactions 10CB Butler Cleveland, P. NIST in concentrated lipid Butler, M. Nagao vesicle solutions aug 18 1 B. Schantz, P. 21308 USANS samples + 20104 10CB Butler Sobe, M. Bleul, P. NIST Polymer exchange rate in Butler PEE-PEO vesicles aug 19 2 K. Rubinson, S. 21364 SANS Studies of Integral 10CB Krueger Krueger, L. NIST Membrane Proteins in Prochaska Liposome Model Membranes aug 21 3 C Tassone+K 18797 Mechanism of Processing 10CB Mao Schmidt+M Toney S30-71 Additive Action to Effect (SNLS Stanford U) the aug 24 1 E. Kelley, T. 21348 Studying the interactions 10CB Butler CLeveland, P. NIST in concentrated lipid Butler, M. Nagao vesicle solutions aug 25 3 G Cheng+X Zhang 19995 Structures of lignin 10CB Hammouda (Beijing UCT) NISTP extracted from corncob as a function of -------------------------------------------------------------------------------- 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)