NSLS Activity Report 2006 - Brookhaven National Laboratory

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VUV-IR BEAMLINES Beamline Source Technique Energy Range Type Organization U1A Bend XAS EXAFS NEXAFS U2A Bend IRMS High Pressure Research IR spectroscopy U2B Bend IRMS IR spectroscopy 270-900 eV PRT ExxonMobil Research and Engineering Co. 30-8000 cm-1 FB BNL-NSLS Carnegie Institution of Washington COMPRES 50-4000 cm-1 PRT Case Western Reserve University U3C Bend Metrology 50-1000 eV PRT Bechtel Nevada Lawrence Livermore National Laboratory Los Alamos National Laboratory Sandia National Laboratory U4A Bend UPS 10-250 eV PRT Army Research Laboratory North Carolina State University Rutgers University University of North Carolina U4B Bend X-ray scattering, resonant MCD UPS X-ray fl uorescence spectroscopy XPS U5UA Insertion Device U7A Bend NEXAFS XPS ARPES UPS, spin-resolved PEEM U9B Bend UV-CD UV fl orescence spectroscopy 20-1200 eV PRT Montana State University Northeastern University 15-150 eV FB BNL-CFN 180-1200 eV PRT BNL-Chemistry Dow Chemical Company NIST University of Michigan 0.8 - 8.0 eV PRT BNL-Biology U10B Bend IRMS 500-4000 cm-1 FB BNL-NSLS U11 Bend UV-CD 3-10 eV PRT BNL-Biology U12A Bend XAS XPS U12IR Bend IR spectroscopy THz / mm wave spectroscopy Time-resolved spectroscopy 100-800 eV PRT Oak Ridge National Laboratory 6-600 cm-1 FB BNL-NSLS 5-4
Beamline Source Technique Energy Range Type Organization U13UB Insertion Device X-RAY BEAMLINES X1A1 Insertion Device X1A2 Insertion Device X1B Insertion Device UPS ARPES 3-30 eV PRT Boston College Boston University BNL-Physics Columbia University STXM 0.25-0.50 keV PRT BNL-Environmental Science ExxonMobil Research and Engineering Co. SUNY @ Plattsburgh Stony Brook University University of Texas @ Houston STXM 0.25-1 keV PRT Stony Brook University X-ray scattering, coherent XAS X-ray fl uorescence spectroscopy XPS 0.2-1.6 keV PRT Boston University Thomas Jefferson National Accelerator Facility University of Illinois X2B Bend X-ray microtomography 8-35 keV PRT ExxonMobil Research and Engineering Co. X3A Bend MAD Macromolecular crystallography X3B Bend XAS EXAFS X4A Bend MAD Macromolecular crystallography X4C Bend MAD Macromolecular crystallography 5-15 keV PRT Albert Einstein College of Medicine Case Western Reserve University Rockefeller University Sloan-Kettering Institute 5-15 keV PRT Case Western Reserve University 3.5-20 keV PRT Albert Einstein College of Medicine City University of New York (CUNY) Columbia University Cornell University Mount Sinai School of Medicine New York Structural Biology Center New York University SUNY @ Buffalo Sloan-Kettering Institute Wadsworth Center 7-20 keV PRT Albert Einstein College of Medicine City University of New York (CUNY) Columbia University Cornell University Mount Sinai School of Medicine New York Structural Biology Center New York University Rockefeller University SUNY @ Buffalo Sloan-Kettering Institute Wadsworth Center 5-5 FACTS AND FIGURES
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NATIONAL SYNCHROTRON LIGHT SOURCE A
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NATIONAL SYNCHROTRON LIGHT SOURCE 2
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NSLS Summer Sunday Draws 650 Visito
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CHAIRMAN'S INTRODUCTION Chi-Chang K
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USERS' EXECUTIVE COMMITTEE REPORT C
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SCIENCE AT THE NSLS Kendra Snyder N
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Spin-Lattice Interaction in the Qua
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SOFT CONDENSED MATTER AND BIOPHYSIC
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grows. The magnesium also is attrac
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Chicago, Liangtao Li and Jerry Kapl
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STRUCTURE OF AN E. COLI MEMBRANE PR
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for 15 minutes at 180 °C, a 1 x 2
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Said collaborator Eliot Rosen, a ra
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AT THE NSLS, SCIENTISTS WORKING TOW
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NANOPARTICLE ASSEMBLY ENTERS THE FA
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Crystal structure of VCBP3 V1V2 sol
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National Laboratory; and Mati Meron
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X-RAY ANALYSIS METHOD CRACKS THE 'L
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the enzyme and the cofactor binds a
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ticles (Figure 1). The nearest-neig
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is about four times larger. The ver
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Figure 1. Ball model of the UO 2 (1
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of barium sulfate species formed up
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observed in the normal-state of the
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and calculate the contribution to t
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energy gap, responsible for suppres
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20%. Correspondingly, the Fe octahe
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We fit the data in Figure 1 by modi
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of the 1812 RF buckets of the ring
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from the laser, we allow enough tim
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scopic and microscopic characteriza
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suboxic boundary and a concomitant
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intensity of the CaP shoulder (Figu
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effectively combined to elucidate A
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ecomes evident through comparison o
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forming an electrostatic interactio
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promises the possibility of being a
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etween TPP and related compounds is
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(Figure 2). The negative charge on
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spots were observed in control brai
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malaria parasite to the red blood c
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of the resulting complex revealed t
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substrate the hydroperoxide form of
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of AlkB-∆N11 matches that in othe
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Figure 3. In catalysis, this array
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that form a central hydrophobic pat
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structural differences suggest that
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occurs between subunits located tow
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We used x-ray absorption near edge
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tonically as ξ increases (Figure 1
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These results demonstrated that a m
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position of the x-ray beam, pulse-h
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geneity ranges are observed with no
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PEGylated fluoroalkyl side chains r
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interface by annealing bilayer film
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β-phase takes place, giving rise t
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persion was followed by static and
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411TH BROOKHAVEN LECTURE ‘ SHININ
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space. Its delivery of this materia
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NSLS RESEARCHERS PRODUCE A PRAISEWO
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in Farmingville, New York. She inve
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egan with three days of lectures an
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Participants in the 2006 “Take ou
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While Dehmer was optimistic about t
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Next, a talk on the “Engineering
Page 131 and 132: Energy Secretary Samuel Bodman (fro
Page 133 and 134: with majors ranging from history to
Page 135 and 136: described the first measurements of
Page 137 and 138: Visitors gather around the liquid n
Page 139 and 140: high-level degree in the physics fi
Page 141 and 142: Spotlight Awards The Spotlight awar
Page 143 and 144: A) B) Figure 1. X-ray fl uorescence
Page 145 and 146: BNL WINS R&D 100 AWARD FOR X-RAY FO
Page 147 and 148: 2005 Hans-Jürgen Engell Prize The
Page 149 and 150: 2006 NSLS TOURS 1/4/2006 Karen Agos
Page 151 and 152: 2006 NSLS SEMINARS 1/11/2006 Interi
Page 153 and 154: 2006 NSLS SEMINARS 6/22/2006 Strate
Page 155 and 156: 2006 NSLS WORKSHOPS 4/4/2006 X6A Wo
Page 157 and 158: NATIONAL SYNCHROTRON LIGHT SOURCE O
Page 159 and 160: NSLS ADVISORY COMMITTEES GENERAL US
Page 161 and 162: ACCELERATOR DIVISION REPORT James B
Page 163 and 164: On-Axis Field (gauss) VTF Test Arti
Page 165 and 166: The NSLS has an aggressive preventi
Page 167 and 168: tific workshops, including “Synch
Page 169 and 170: ently the last one available in the
Page 171 and 172: functions, particularly at the nano
Page 173 and 174: A new Proposal Oversight Panel (POP
Page 175 and 176: SAFETY REPORT Andrew Ackerman ESH&Q
Page 177 and 178: BUILDING ADMINISTRATION REPORT Bob
Page 179 and 180: ing were cleaned, repaired, and pai
Page 181: FACILITY FACTS & FIGURES The Nation
Page 185 and 186: Beamline Source Technique Energy Ra
Page 187 and 188: Beamline Source Technique Energy Ra
Page 189 and 190: NSLS BOOSTER PARAMETERS NSLS LINAC
Page 191 and 192: X-RAY STORAGE RING PARAMETERS AS OF
Page 193 and 194: PUBLICATIONS
Page 195 and 196: NSLS USERS Beamline U1A S Buzby, M
Page 197 and 198: A Nambu, J Graciani, J Rodriguez, Q
Page 199 and 200: Beamline X1A2 M Feser, B Hornberger
Page 201 and 202: C Mandel, D Gebauer, H Zhang, L Ton
Page 203 and 204: Beamline X7A E Anokhina, Y Go, Y Le
Page 205 and 206: T Moldoveanu, Q Liu, J Tocilj, M Wa
Page 207 and 208: Beamline X10A A Cisneros, G Mazzant
Page 209 and 210: S Kamtekar, R Ho, M Cocco, W Li, S
Page 211 and 212: Z Zhang, P Fenter, S Kelly, J Catal
Page 213 and 214: E Selvi, Y Ma, R Aksoy, A Ertas, A
Page 215 and 216: Y Suh, M Carroll, R Levy, G Bisogni
Page 217 and 218: S Park, E DiMasi, Y Kim, W Han, P W
Page 219 and 220: G Da, J Lenkart, K Zhao, R Shiekhat
Page 221 and 222: J Kaste, B Bostick, A Friedland, A
Page 223 and 224: X Chen, K Tenneti, C Li, Y Bai, R Z
Page 225 and 226: G Meinke, P Bullock, A Bohm, Crysta
Page 227 and 228: D Koller, G Ediss, L Mihaly, G Carr
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NSLS Activity Report 2006 - Brookhaven National Laboratory

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