TECHNICAL PROGRAM - American Chemical Society Publications
TECHNICAL PROGRAM - American Chemical Society Publications
TECHNICAL PROGRAM - American Chemical Society Publications
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2:10 287. Mechanism of ECD from a radical<br />
chemistry perspective. R. Julian,<br />
B. Moore, T. Ly<br />
2:50 288. Theoretical exploration of C—C<br />
bond fragmentation in model lignin cation<br />
radicals. R. Parthasarathi,D.W.Cho,<br />
A. S. Pimentel, D. Dunaway-Mariano,<br />
P. S. Mariano, P. Langan, S. Gnanakaran<br />
3:10 Intermission<br />
3:30 289. Electron interactions with multiply<br />
protonated betaine clusters.<br />
L. Feketeova, J. Yoo, G. N. Khairallah,<br />
R. A. O’Hair<br />
4:10 290. Uses of electron capture dissociation<br />
in biomolecules. P. B. O’Connor<br />
4:50 Concluding Remarks<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 />
O. Prezhdo, Presiding<br />
1:30 291. Black silicon: Engineering an intermediate<br />
band in silicon for photovoltaic<br />
applications. E. Mazur<br />
2:10 292. Photovoltages and photoinduced<br />
electronic charge separation from a combined<br />
density matrix-ab initio treatment:<br />
Applications to metal clusters adsorbed<br />
on Si slabs, without and with dopants.<br />
D. A. Micha, D. S. Kilin, A. S. Leathers,<br />
J. J. Ramirez<br />
2:50 293. First-principles screening and design<br />
of organic photovoltaic materials on<br />
the World Community Grid.<br />
J. Hachmann, R. Olivares-Amaya,<br />
L. Vogt, S. Atahan, R. S. Sanchez-Carrera,<br />
A. Gold-Parker, E. Lin, A. Aspuru-Guzik<br />
3:10 Intermission<br />
3:30 294. Polarized semiconductor solid oxides<br />
based on ferroelectrics: New materials<br />
for photovoltaic devices. A. M. Rappe<br />
4:10 295. Synthesis, structure, and electronic<br />
properties of compositionally complex<br />
n-doped titanates: Toward the photooxidation<br />
of water. B. M. Bartlett,<br />
T. M. Breault, J. E. Yourey<br />
4:50 296. Single nanowires as molecularscale,<br />
high-efficiency photovoltaic elements.<br />
J. F. Cahoon,T.J.Kempa,<br />
R. Day, C. M. Lieber<br />
Section C<br />
Boston Convention & Exhibition Center<br />
Room 105<br />
Challenges for Density Functional Theory<br />
X. Li, Organizer<br />
W. Yang, Organizer, Presiding<br />
1:30 297. Challenge of strong correlations:<br />
Prospects of density functionals vs. density-matrix<br />
functionals. E. Gross<br />
2:00 298. Multicomponent density functional<br />
theory: Development of electronproton<br />
functionals. S. Hammes-Schiffer<br />
2:25 299. Weakly interacting subsystems in<br />
DFT. T. Van Voorhis, O. Vydrov<br />
2:55 300. GGA functional satisfying the<br />
large-s constraint. A. Vela,<br />
J. Martin del Campo, J. Gazquez,<br />
S. B. Trickey, J. Pacheco-Kato<br />
3:10 Intermission<br />
3:30 301. Numerical integration along the<br />
adiabatic connection in DFT. A. Savin<br />
4:00 302. Solving the Schrödinger and Dirac-Coulomb<br />
equations. H. Nakatsuji<br />
4:30 Concluding Remarks<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. Abbatt, Presiding<br />
1:30 303. Glyoxal perspective on air quality<br />
and climate science. R. Volkamer<br />
2:10 304. Aerosol formation by cloud processing<br />
of methylglyoxal and amines: Kinetics<br />
and products. D. O. De Haan,<br />
H. Takano, V. A. Blasic<br />
2:30 305. Fate of glyoxal in aerosol: Laboratory,<br />
chamber, and ambient studies.<br />
M. M. Galloway, P. S. Chhabra,<br />
A. W. Chan, J. D. Surratt, G. Yu,<br />
R. C. Flagan, J. S. Seinfeld,<br />
F. N. Keutsch<br />
3:10 306. Hydration of methylglyoxal in gasphase:<br />
Optical extinction measurements.<br />
J. L. Axson<br />
3:30 Intermission<br />
3:50 307. Organic aerosol formation and<br />
processing in the atmospheric aqueous<br />
phase: A model perspective. B. Ervens<br />
4:30 308. Monitoring particle phase transitions<br />
with a humidified quartz crystal microbalance.<br />
S. R. Schill,P.K.Hudson<br />
4:50 309. Linking atmospheric aerosol<br />
chemistry and climate properties.<br />
V. McNeill, N. Sareen, A. N. Schwier,<br />
D. Mitroo, E. L. Shapiro<br />
Section E<br />
Boston Convention & Exhibition Center<br />
Room 106<br />
Recent Advances in Ion Mobility for<br />
Analysis and Characterization of<br />
Macromolecules<br />
Structural Analysis & Filtration Cosponsored<br />
by ANYL<br />
M. Bowers, E. Baker, Organizers<br />
P. Barran, Presiding<br />
1:30 Introductory Remarks<br />
1:35 310. Ion mobility-mass spectrometry<br />
as a structural probe of intrinsically disordered<br />
peptides/proteins (IDP).<br />
D. H. Russell<br />
2:15 311. Using differential ion mobility as a<br />
conformational filter for cold ion spectroscopy.<br />
Y. Papadopoulos, A. Svendsen,<br />
O. V. Boyarkin, T. R. Rizzo<br />
2:35 312. Dissociation of gas ions in air before<br />
mass spectrometers using electric<br />
fields from field dependent mobility spectrometers.<br />
G. A. Eiceman<br />
3:15 313. Ion mobility for probing reactions,<br />
energetics and structures of complex organics<br />
formed by intracluster reactions.<br />
M. S. El-Shall<br />
3:55 314. Structural examination of multiply<br />
charged negative oligonucleotides.<br />
M. Vonderach<br />
4:15 315. Molecular classification using projected<br />
ion densities (m/�). H. H. Hill<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 />
E. Riedle, Presiding<br />
1:30 316. New ultrafast science opportunities<br />
at LCLS. P. Bucksbaum<br />
2:10 317. High harmonic generation and<br />
strong field ionization probes of molecular<br />
dynamics. W. Li<br />
2:50 318. New approaches to analysis of<br />
resonant Raman spectra. D. Rappoport,<br />
S. Shim, A. Aspuru-Guzik<br />
3:10 Intermission<br />
3:25 319. Spectroscopic applications based<br />
on shaped ultrashort laser pulses.<br />
M. Dantus<br />
4:05 320. On the dependence of the electronic<br />
properties of ferric (hydr)oxides on<br />
nanoparticle size: Relation to aquatic<br />
chemistry. I. Chernyshova,<br />
S. Ponnurangam, P. Somasundaran<br />
4:25 321. Optical chirality and its interaction<br />
with matter. Y. Tang,A.E.Cohen<br />
4:45 322. Using ligand-detected NMR to<br />
probe the aggregation of amylin.<br />
K. J. Robbins, G. Lin, N. D. Lazo<br />
Frontiers of Condensed Phase Theory and<br />
Simulation: A Tribute to Bruce J. Berne<br />
Applications to Nanoscale and<br />
Biomolecular Systems Sponsored by COMP,<br />
Cosponsored by PHYS<br />
WEDNESDAY EVENING<br />
Boston Convention & Exhibition Center<br />
Hall C<br />
Challenges for Density Functional Theory<br />
M. Johnson, W. Yang, X. Li, Organizers<br />
6:00–9:00<br />
323. Triplet excitation energy transfer with<br />
constrained density functional theory.<br />
S. Yeganeh, T. Van Voorhis<br />
324. Transferability of fragments in partition<br />
density functional theory. Y. Zhang,<br />
A. Wasserman<br />
325. Physical and chemical content of the<br />
exchange dimensionless gradient.<br />
J. M. del Campo, A. Vela, J. L. Gázquez<br />
326. Adiabatic connection for strictly correlated<br />
electrons. Z. Liu, K. Burke<br />
327. Azobenzene switching on gold surfaces:<br />
Challenges and insights from theory.<br />
C. Chapman, I. Paci<br />
328. Leading corrections to local density approximations.<br />
A. Cangi, D. Lee, P. Elliott,<br />
K. Burke<br />
329. Density functional resonance theory.<br />
D. L. Whitenack, A. Wasserman<br />
330. Local approximations beyond Born-Oppenheimer.<br />
L. Wagner,K.Burke<br />
331. Ab initio modeling of complex interfaces:<br />
Applications in iron corrosion and<br />
metal sintering. Y. Cai, M. Neurock<br />
332. Semiclassics in density functional theory.<br />
D. Lee, A. Cangi, P. Elliott, K. Burke<br />
333. Using hydrogenic orbitals to improve<br />
DFT. J. C. Snyder, J. Ovadia, D. Lee,<br />
K. Ray, K. Burke<br />
334. Reactions between hyperthermal O( 3 P)<br />
and CO 2: Dynamics calculated using<br />
forces from density functional theory may<br />
be as good as it gets. J. T. Paci,<br />
L. Y. Yeung, M. Okumura, J. Zhang,<br />
T. K. Minton, J. M. Martin, J. P. Camden,<br />
G. C. Schatz<br />
335. Describing the electronic and optical<br />
properties of silver clusters using longrange<br />
corrected functionals.<br />
D. W. Silverstein, L. Jensen<br />
336. Thermal effects on reorientation of hydroxide<br />
ions in water: An ab initio molecular<br />
dynamics study. Z. Ma,<br />
M. Tuckerman<br />
337. DFT study of oxidative dehydrogenation<br />
of propane over a VO 2-exchanged<br />
MCM-22 and ZSM-5 zeolites.<br />
S. Wannakao,T.Maihom,<br />
W. Sangthong, B. Boekfa,<br />
P. Khongpracha, J. Limtrakul<br />
338. Withdrawn<br />
339. Ab initio search for global minimum<br />
structures of novel B xH y (x�3-4, y�4�7)<br />
neutral and anionic clusters and theoretical<br />
photoelectron spectroscopic study of<br />
anionic BxHy clusters. J. K. Olson,<br />
A. I. Boldyrev<br />
340. Combustion of asphaltenes. J. Cook,<br />
C. Parish<br />
341. Developing DFT concepts for characterizing<br />
intermolecular interactions in organic<br />
crystals. T. Li, P. W. Ayers, S. Liu<br />
342. Potential energy surfaces and mechanisms<br />
for reactions of CH 3C(O)O 2 with<br />
HO 2 from density functional methods.<br />
J. W. Beattie, J. E. Stevens<br />
343. MP2 melting temperature of water approximated<br />
by pair-wise potentials developed<br />
following the adaptive force matching<br />
method. E. R. Pinnick, S. Erramilli,<br />
F. Wang<br />
344. Theoretical study on reaction of epoxides<br />
and CO 2 to cyclic carbonates.<br />
J. Guo<br />
345. Ionization energies of small silicon clusters:<br />
Vacuum ultraviolet photoionization<br />
experiment and theoretical calculations.<br />
O. Kostko,S.R.Leone,M.A.Duncan,<br />
M. Ahmed<br />
346. Initial steps in methanol steam reforming<br />
on PdZn surfaces. G. K. Smith,<br />
S. Lin, W. Lai, A. Datye, D. Xie, H. Guo<br />
347. Extending the applicability of B3LYP.<br />
I. Zhang, J. Wu, X. Xu<br />
348. Density-functional molecular dynamics<br />
study on interfacial water on TiO 2 anatase<br />
(101) and (001) surfaces. Y. Tateyama,<br />
M. Sumita<br />
349. Potential energy surface and kinetics of<br />
ClO � ClO recombination reaction revisited.<br />
T. Dhilip Kumar, M. Azzurri,<br />
J. R. Barker<br />
350. Efficient reaction force field: From proton<br />
transport to simple organic reactions.<br />
S. Kale, J. Herzfeld<br />
351. Reaction rate constants and mechanistic<br />
detail of the Ni � � Butanone reaction.<br />
I. E. Laboren, O. J. Villarroel, S. J. Dee,<br />
V. A. Castleberry, K. K. Klausmeyer,<br />
D. J. Bellert<br />
352. Binding affinities of crown-type macrocycles<br />
with protonated primary amines.<br />
D. M. Benoist, E. McCullough,<br />
C. Huffman<br />
353. Model palladacycles: A study to revisit<br />
the Endo and Exo-isomers to make a<br />
comparison based on competitive density<br />
functional theories (BLYP and<br />
B3LYP). S. S. Mustakim<br />
354. Ab initio study of target imines and oxazolines<br />
to understand the contributing<br />
factors to the molecular parameters.<br />
S. Mustakim<br />
355. Extended Levy-Nagy and Gorling functionals<br />
for resonance states. Y. Zhang<br />
356. Accuracy of density functional theory<br />
(DFT) in reproducing the enantioselectivity<br />
of reactions involving nitroalkenes.<br />
C. Wong,J.Ran<br />
357. Novel density functional theory studies<br />
on the interaction between electron donating/withdrawing<br />
molecules and graphene<br />
layer. Y. N. Moe, Y. Wang<br />
358. Semi-empirical density functionalbased<br />
thermochemical method for the efficient<br />
approximation of enthalpies of formation.<br />
M. N. Sandberg, D. J. Sandberg,<br />
J. M. Crowley, J. F. Koscielecki,<br />
L. S. Ramos, R. R. Birge<br />
359. Examples of partition density functional<br />
theory in one dimension. R. Tang,<br />
A. Wasserman<br />
360. Computational study of the reactions of<br />
methanol with the hydroperoxyl and<br />
methyl radicals. I. M. Alecu,D.G.Truhlar<br />
361. Correcting systematic errors for spincrossover<br />
phenomena in transition metal<br />
complexes using hybrid DFT.<br />
T. F. Hughes, R. A. Friesner<br />
362. Iron porphyrins with different imidazole<br />
ligands: A comparative study with density-functional<br />
theory. M. Liao, M. Huang,<br />
J. D. Watts<br />
The official technical program<br />
for the 240th National Meeting<br />
is available at:<br />
www.acs.org/boston2010<br />
PHYS<br />
TECH–105