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TECHNICAL PROGRAM - American Chemical Society Publications

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PHYS <strong>TECHNICAL</strong> <strong>PROGRAM</strong><br />

1:30 118. Electronic spectroscopy of nucleic<br />

acids in the gas phase. V. Gabelica,<br />

F. Rosu, L. Joly, E. De Pauw, K. Matheis,<br />

M. M. Kappes, A. Giuliani,<br />

A. Milosavljevic, M. Refregiers, L. Nahon,<br />

R. Antoine, P. Dugourd<br />

2:10 119. Ultraviolet photodissociation of<br />

mononucleotides from cradle to grave.<br />

J. C. Marcum,J.M.Weber<br />

2:50 120. Electron photo-detachment experiments<br />

and UV spectroscopy of entire<br />

proteins in the gas phase. P. Dugourd<br />

3:10 Intermission<br />

3:30 121. Protein conformational dynamics<br />

probed by fluorescence quenching reactions.<br />

J. H. Parks,X.Shi<br />

4:10 122. Electrophilic properties of isolated<br />

biological molecules: Anion photoelectron<br />

spectroscopic studies. K. Bowen<br />

Section B<br />

Boston Convention & Exhibition Center<br />

Room 104B<br />

Molecular Systems for Efficient Solar<br />

Energy Conversion and Storage<br />

C. Schmuttenmaer, V. Batista, Organizers<br />

T. Goodson, Presiding<br />

1:30 123. Progress toward solar water splitting<br />

in the Yale Solar Group. G. Brudvig,<br />

V. Batista, C. Schmuttenmaer,<br />

R. Crabtree<br />

2:10 124. Efficient light-driven water oxidation<br />

by sensitizer-carbon-free catalyst<br />

systems. C. L. Hill, Y. V. Geletii,<br />

Z. Huang, Q. Yin, Y. Hou, D. G. Musaev,<br />

T. Lian<br />

2:50 125. Water oxidation as the electronproton<br />

source in artificial photosynthetic<br />

devices. J. J. Concepcion, Z. Chen,<br />

M. R. Norris, C. R. Glasson, W. Song,<br />

M. K. Brennaman, J. L. Templeton,<br />

T. J. Meyer<br />

3:10 Intermission<br />

3:30 126. Light driven generation of hydrogen<br />

from water: New developments, new<br />

strategies and new results. R. Eisenberg<br />

4:10 127. Light-driven oxidation of water<br />

aiming for solar fuel production.<br />

M. Anderlund<br />

4:50 128. Macrocyclic cobalt complexes as<br />

electrocatalysts for clean and sustainable<br />

energy. B. D. Stubbert,<br />

B. S. Brunschwig, J. R. Winkler,<br />

H. B. Gray<br />

Section C<br />

Boston Convention & Exhibition Center<br />

Room 105<br />

Challenges for Density Functional Theory<br />

W. Yang, X. Li, Organizers<br />

A. Vela, Presiding<br />

1:30 129. Strategies for meeting challenges<br />

to DFT: Recent applications.<br />

W. A. Goddard<br />

2:00 130. Partition potentials and delocalization<br />

error in density functional theory.<br />

A. Wasserman<br />

2:30 131. Density-based energy decomposition<br />

analysis. Q. Wu, P. Ayers, Y. Zhang<br />

3:00 132. Towards frozen-density embedding<br />

for subsystems connected by covalent<br />

bonds. C. R. Jacob<br />

3:15 Intermission<br />

3:35 133. Comparison of oscillator strengths<br />

calculated by time dependent density<br />

functional theory (TD-DFT) and wavefunction<br />

methods. B. T. Psciuk,<br />

M. M. Allard, J. A. Sonk, S. K. Lee,<br />

J. F. Endicott, H. B. Schlegel<br />

4:05 134. Time-dependent phase-spacedensity<br />

functional theory: A semiclassical<br />

approach. N. T. Maitra<br />

‡ Cooperative Cosponsorship<br />

102–TECH<br />

4:35 135. Accurate binding curves in transition-metal<br />

molecules using a DFT�U(R)<br />

approach. H. J. Kulik, N. Marzari<br />

Section D<br />

Boston Convention & Exhibition Center<br />

Room 107B<br />

Physical Chemistry of Hydrates, Interfaces,<br />

and Aerosols and their Relationship to the<br />

Climate System<br />

S. Brown, V. Vaida, Organizers<br />

A. Bertram, Presiding<br />

1:30 136. Chirality in the climate system.<br />

F. M. Geiger<br />

2:10 137. Surface interactions and their role<br />

in the uptake and reactivity of atmospheric<br />

gases to environmentally relevant<br />

aqueous solutions. S. T. Ota,<br />

G. L. Richmond<br />

2:30 138. Surfactant control of gas transport<br />

and reactions at the surface of sulfuric<br />

acid. D. K. Burden, A. M. Johnson,<br />

G. M. Nathanson<br />

3:10 139. Collision dynamics as a probe of<br />

interfacial structure. C. Waring,<br />

P. A. Bagot, M. L. Costen,<br />

K. G. McKendrick<br />

3:30 Coffee Break<br />

3:50 140. Interfacial chemistry and climate.<br />

V. H. Grassian<br />

4:30 141. Second harmonic generation<br />

spectroscopic investigations of NO x<br />

compounds at the air/water interface.<br />

E. A. Raymond, P. V. Johnston,<br />

P. E. Teichen<br />

4:50 142. First principles molecular dynamics<br />

simulations of ion adsorption and acid-base<br />

chemistry at the air-water interface.<br />

D. J. Tobias<br />

Section E<br />

Boston Convention & Exhibition Center<br />

Room 106<br />

<strong>Chemical</strong> Computations on General<br />

Purpose Graphics Processing Units<br />

(GP-GPUs)<br />

GPU Computing in Chemistry Cosponsored<br />

by COMP<br />

J. D. Madura, Organizer<br />

V. Kindratenko, Organizer, Presiding<br />

1:30 143. Quantum reactive scattering calculations<br />

in GPU and mixed GPU-CPU<br />

environments. K. Linehan,<br />

M. H. Alexander, D. P. O’Leary<br />

2:10 144. Stability of molecular dynamics on<br />

GPUs: Is your card better than mine?<br />

O. Isayev<br />

2:30 145. GPUs: Concerns of a professional<br />

software developer. B. Cole, B. Tolbert,<br />

A. Nicholls<br />

2:50 146. Computer-based entropy estimation:<br />

Application to model cavity-ligand<br />

recognition and binding. R. Baron<br />

3:10 Concluding Remarks<br />

Section G<br />

Boston Convention & Exhibition Center<br />

Room 107A<br />

Physical Chemistry of Spectrochemical<br />

Analysis<br />

B. Pate, K. Lehmann, Organizers<br />

J. Camden, Presiding<br />

1:30 147. SERS approach for bacterial diagnostics.<br />

L. Ziegler<br />

2:10 148. Coherant Raman scattering spectroscopy<br />

in biological imaging and biosensing<br />

applications. J. Ogilvie,<br />

B. Bachler, M. Cui, S. Nichols<br />

2:50 149. Phonon dynamics imaging of carbon<br />

nanotubes and graphene using<br />

broadband time-resolved CARS microscopy.<br />

Y. J. Lee, S. H. Parekh, J. A. Fagan<br />

3:10 Intermission<br />

3:25 150. Optical imaging and control of<br />

electrical spikes in single bacteria.<br />

J. M. Kralj, D. R. Hochbaum, A. E. Cohen<br />

4:05 151. Silver-alkenethiol interaction monitored<br />

by localized surface plasmon resonance.<br />

K. Kalkan,R.Ede<br />

4:25 152. Cation selective conformational<br />

preferences in thrombin binding aptamer:<br />

Steady state Förster resonance energy<br />

transfer approach. C. K. Nandi,<br />

C. Hayden, H. Yang<br />

4:45 153. Developing a novel scanning imaging<br />

technique for magnetic particles in<br />

bioanalytical chemistry. L. Yao,S.Xu<br />

Section H<br />

Boston Convention & Exhibition Center<br />

Room 103<br />

Metals in Biology<br />

Techniques for Monitoring Cellular Metals<br />

A. Palmer, Organizer, Presiding<br />

1:30 Introductory Remarks<br />

1:35 154. Novel sensors for mobile zinc and<br />

selected biological applications.<br />

S. Lippard<br />

2:05 Discussion<br />

2:15 155. Metallo-DNAzymesas a new class<br />

of fluorescent, colorimetric and MRI<br />

metal ion sensors. Y. Lu<br />

2:45 Discussion<br />

2:55 156. Biophysical probes of iron metabolism<br />

in eukaryotic cells. P. A. Lindahl<br />

3:25 Discussion<br />

3:35 157. Dynamic imaging of trace metals<br />

by optical and X-ray fluorescence microscopy.<br />

C. J. Fahrni<br />

4:05 Discussion<br />

4:15 158. Photoinduced electron transfer in<br />

small-molecule fluorescent sensors: A<br />

computational investigation.<br />

T. Kowalczyk, C. Lin, T. Van Voorhis<br />

4:30 Discussion<br />

4:35 159. Corrinoid iron-sulfur protein<br />

methyl transferase complexes studied by<br />

solution small-angle X-ray scattering.<br />

N. Ando, Y. Kung, G. Bender,<br />

S. W. Ragsdale, C. L. Drennan<br />

4:50 Discussion<br />

4:55 160. Single-molecule FRET studies of<br />

zinc(II) cytochrome c folding. A. J. Lee,<br />

K. L. Bren, T. D. Krauss<br />

5:10 Discussion<br />

Frontiers of Condensed Phase Theory and<br />

Simulation: A Tribute to Bruce J. Berne<br />

Thermodynamics and Dynamics of<br />

Complex Systems Sponsored by COMP,<br />

Cosponsored by PHYS<br />

Undergraduate Research Posters<br />

Physical Chemistry Sponsored by CHED,<br />

Cosponsored by PHYS and SOCED<br />

MONDAY EVENING<br />

Section I<br />

Boston Convention & Exhibition Center<br />

Hall C<br />

Sci-Mix<br />

M. Johnson, Organizer<br />

8:00–10:00<br />

327, 334, 335, 336, 367, 368, 378, 383, 387,<br />

396, 397, 409, 410, 468, 469, 470, 471,<br />

472, 473, 476, 481, 511, 523, 538, 539,<br />

625, 626, 631. See subsequent listings.<br />

TUESDAY MORNING<br />

Section D<br />

Boston Convention & Exhibition Center<br />

Room 107B<br />

Physical Chemistry of Hydrates, Interfaces,<br />

and Aerosols and their Relationship to the<br />

Climate System<br />

S. Brown, V. Vaida, Organizers<br />

J. Thornton, Presiding<br />

8:00 161. Uptake and release of trace gases<br />

by reaction at seawater and ice surfaces.<br />

J. Donaldson<br />

8:40 162. Towards a more quantitative understanding<br />

of the marine organic nanolayer.<br />

G. Friedrichs<br />

9:00 163. Photoinduced aging of tropospheric<br />

aerosols: What is more important<br />

UV or visible light? C. George,<br />

B. D’Anna, M. Monge, R. Ammar,<br />

T. Rosenoern<br />

9:40 164. Photochemistry laboratory studies<br />

of �-keto-carboxylic acids in water and<br />

ice. M. I. Guzman,A.G.Rincon,<br />

M. R. Hoffmann, A. J. Colussi<br />

10:00 Coffee Break<br />

10:20 165. Freezing of supercooled water<br />

nanodroplets. B. E. Wyslouzil, A. Manka,<br />

J. Wölk, R. Strey<br />

11:00 166. Measurement of heterogeneous<br />

ice nucleation rates in supercooled water<br />

using a high-throughput microfluidic apparatus.<br />

C. A. Stan,B.J.Wiley,<br />

G. F. Schneider, M. Ibanescu,<br />

G. M. Whitesides<br />

11:20 167. Laboratory studies of ice nucleation<br />

on mineral dust and biological particles.<br />

D. Chernoff, M. L. Eastwood,<br />

M. Wheeler, R. Iannone, E. Girard,<br />

A. K. Bertram<br />

Section H<br />

Boston Convention & Exhibition Center<br />

Room 103<br />

Metals in Biology<br />

Structure-Function Connections<br />

A. Palmer, Organizer, Presiding<br />

8:15 Introductory Remarks<br />

8:20 168. Anatomy of a radical enzyme.<br />

C. Drennan<br />

8:50 Discussion<br />

9:00 169. Single-molecule dynamics of<br />

metal regulators and transporters.<br />

P. Chen<br />

9:30 Discussion<br />

9:40 170. Diiron monooxygenases catalyze<br />

the oxidation of hydrocarbons including<br />

methane, toluene, and other compounds.<br />

B. Fox<br />

10:10 Discussion<br />

10:20 171. Recent developments and uses<br />

of theoretical spectrosocopy in bioinorganic<br />

chemistry. F. Neese<br />

10:50 Discussion<br />

11:00 172. Insights into copper coordination<br />

and copper-dioxygen reactivity of<br />

�–synuclein. H. R. Lucas,<br />

S. Debeer George, J. C. Lee<br />

11:15 Discussion<br />

11:20 173. Examining the structure-function<br />

relationship in bacterial cytochrome c<br />

peroxidase using protein film voltammetry.<br />

C. F. Becker, S. J. Elliott,<br />

N. J. Watmough<br />

11:35 Discussion<br />

Photographing or recording<br />

meeting sessions and/or<br />

activities other than your own<br />

are prohibited at all official<br />

ACS events without written<br />

consent from ACS.

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