10035 - 10041 |
Electron transfer to SF6 and oriented CH3Br Harris SA, Wiediger SD, Brooks PR |
10042 - 10048 |
Alignment and orientation effects in Sr energy pooling Parks HV, Leone SR |
10049 - 10053 |
Stimulated photon echoes from amide I vibrations Hamm P, Lim M, DeGrado WF, Hochstrasser RM |
10054 - 10064 |
The pure rotational spectrum of solvated HCl: Solute-bath interaction strength and dynamics Flanders BN, Shang XM, Scherer NF, Grischkowsky D |
10065 - 10082 |
Early-time dynamics of the photoexcited hydrated electron Baltuska A, Emde MF, Pshenichnikov MS, Wiersma DA |
10083 - 10092 |
How does vibrational energy flow fill the molecular state space? Wong V, Gruebele M |
10093 - 10117 |
Femtosecond real-time probing of reactions. 24. Time, velocity, and orientation mapping of the dynamics of dative bonding in bimolecular electron transfer reactions Zhong DP, Bernhardt TM, Zewail AH |
10118 - 10125 |
Control of THz emission from Stark wave packets Krause JL, Schafer KJ |
10126 - 10131 |
Envelope-flip dynamics in CpCo(diene) complexes: an ab initio quantum mechanical study Baldridge KK, O'Connor JM, Chen MC, Siegel JS |
10132 - 10137 |
Molecular dynamics simulations of carbon monoxide dissociation from heme a(3) in cytochrome c oxidase from Paracoccus denitrificans Lambry JC, Vos MH, Martin JL |
10138 - 10143 |
Spatial imaging of singlet energy migration in perylene bis(phenethylimide) thin films Adams DM, Kerimo J, O'Connor DB, Barbara PF |
10144 - 10148 |
Speed-dependent photofragment orientation in the photodissociation of OCS at 223 nm Kim ZH, Alexander AJ, Zare RN |
10149 - 10158 |
Electronic control of site selective reactivity: A model combining charge migration and dissociation Remacle F, Levine RD, Schlag EW, Weinkauf R |
10159 - 10165 |
Quantum Monte Carlo simulation studies of the structures of the liquid-vapor interfaces of Sn and PB Rice SA, Zhao MS |
10166 - 10168 |
Toward strong field mode-selective chemistry Weinacht TC, White JL, Bucksbaum PH |
10169 - 10178 |
Organic peroxyl radical photolysis in the near-infrared: Effects on tropospheric chemistry Frost GJ, Ellison GB, Vaida V |
10179 - 10186 |
Driving high threshold chemical reactions by cluster-surface collisions: Molecular dynamics simulations for CH3I clusters Kornweitz H, Raz T, Levine RD |
10187 - 10193 |
Molecular dipole function inversion from time dependent probability density and electric field data Zhu WS, Rabitz H |
10194 - 10201 |
Synthesis and ultrafast study of cysteine- and glutathione-capped Ag2S semiconductor colloidal nanoparticles Brelle MC, Zhang JZ, Nguyen L, Mehra RK |
10202 - 10212 |
Vibrational coherence in electron donor-acceptor complexes Rubtsov IV, Yoshihara K |
10213 - 10219 |
Method for including the dynamic fluctuations of a protein in computer-aided drug design Carlson HA, Masukawa KM, McCammon JA |
10220 - 10225 |
Comparison of the photoinduced electron transfer reaction in a rigid cyclophane and its corresponding bimolecular donor/acceptor complex Pullen SH, Studer-Martinez SL, Edington MD, Harris AL, Long A, Baldwin SW, Staab HA, Simon JD |
10226 - 10236 |
Control and characterization of intramolecular dynamics with chirped femtosecond three-pulse four-wave mixing Pastirk I, Lozovoy VV, Grimberg BI, Brown EJ, Dantus M |
10237 - 10243 |
Three-body dissociation dynamics of excited states of O-3(D2O) Luong AK, Clements TG, Continetti RE |
10244 - 10254 |
Photodissociation dynamics of gas-phase BrICl- and IBr2- anions Sanov A, Sanford T, Butler LJ, Vala J, Kosloff R, Lineberger WC |
10255 - 10259 |
Temperature-dependent size-controlled nucleation and growth of gold nanoclusters Mohamed MB, Wang ZL, El-Sayed MA |
10260 - 10267 |
Direct visualization of collective wavepacket dynamics Koehl RM, Adachi S, Nelson KA |
10268 - 10273 |
Unimolecular reaction rate constants of NO2 just above D-0 Bezel I, Stolyarov D, Wittig C |
10274 - 10279 |
Transfer of a tetramethylammonium ion across the water-nitrobenzene interface: Potential of mean force and nonequilibrium dynamics Schweighofer K, Benjamin I |
10280 - 10288 |
Manipulating molecules via combined static and laser fields Friedrich B, Herschbach D |
10289 - 10293 |
Quantum dynamical simulation of the energy relaxation rate of the CN- ion in water Jang SM, Pak Y, Voth GA |
10294 - 10299 |
Scaling of fluorescence Stokes shift and superradiance coherence size in disordered molecular aggregates Chernyak V, Meier T, Tsiper E, Mukamel S |
10300 - 10307 |
Surface curvature effects in the aqueous ionic solvation of the chloride ion Stuart SJ, Berne BJ |
10308 - 10311 |
Thermal and microcanonical rates of unimolecular reactions from an energy diffusion theory approach Guo Y, Thompson DL, Miller WH |
10312 - 10323 |
H-2 production in the 440-nm photodissociation of glyoxal Dobeck LM, Lambert HM, Kong W, Pisano PJ, Houston PL |
10324 - 10332 |
Photodissociation dynamics of methanol at 157 nm Harich S, Lin JJ, Lee YT, Yang X |
10333 - 10342 |
Optimized imploding waves in the coherent control of biomolecular processes: Atom-rotor scattering Frishman E, Shapiro M, Brumer P |
10343 - 10347 |
Calculations of the absorption spectrum of chromone Polly R, Taylor PR |
10348 - 10358 |
Probing solvation and reaction coordinates of ultrafast photoinduced electron-transfer reactions using nonlinear spectroscopies: Rhodamine 6G in electron-donating solvents Xu QH, Scholes GD, Yang M, Fleming GR |
10359 - 10363 |
On the interplay of control fields and spontaneous emission in laser cooling Tannor DJ, Bartana A |
10364 - 10368 |
Clustering of charged adsorbates: Scanning tunneling microscopy observations of chlorine on gallium-rich GaAs(001)-c(8 x 2) McLean JG, Kruse P, Jiang GP, Ruda HE, Kummel AC |
10369 - 10380 |
Role of pulse phase and direction in two-dimensional optical spectroscopy Keusters D, Tan HS, Warren WS |
10381 - 10387 |
Controlling the femtochemistry of Fe(CO)(5) Bergt M, Brixner T, Kiefer B, Strehle M, Gerber G |
10388 - 10397 |
Speed-dependent alignment and angular distributions of O(D-1(2))from the ultraviolet photodissociation of N2O Neyer DW, Heck AJR, Chandler DW, Teule JM, Janssen MHM |
10398 - 10408 |
Molecular mechanism of HF acid ionization in water: An electronic structure - Monte Carlo study Ando K, Hynes JT |
10409 - 10416 |
Quantum control of molecular wavepackets: An approximate analytic solution for the strong-response regime de Araujo LEE, Walmsley IA |
10417 - 10425 |
Franck-Condon factors as spectral probes of polaron structure Brown DW, Romero AH, Lindenberg K |
10426 - 10432 |
Ultrafast infrared studies of the reaction mechanism of silicon-hydrogen bond activation by eta(5)-CpV(CO)(4) Snee PT, Yang H, Kotz KT, Payne CK, Harris CB |
10433 - 10444 |
The many faces of tunneling Heller EJ |
10445 - 10450 |
Persistence in ozone scaling under the Hurst exponent as an indicator of the relative rates of chemistry and fluid mechanical mixing in the stratosphere Tuck AF, Hovde SJ, Profitt MH |
10451 - 10453 |
The reactions of O(P-3) with alkenes: The formyl radical channel Min ZY, Wong TH, Quandt R, Bersohn R |
10454 - 10460 |
Photoinduced reaction of digermane with Si(111) Batinica GJ, Crowell JE |
10461 - 10469 |
Slow heterogeneous charge transfer kinetics for the ClO2-/ClO2 redox couple at platinum, gold, and carbon electrodes. Evidence for nonadiabatic electron transfer Sinkaset N, Nishimura AM, Pihl JA, Trogler WC |
10470 - 10476 |
Femtosecond multiphoton ionization photoelectron spectroscopy of the S-2 state of phenol Schick CP, Carpenter SD, Weber PM |
10477 - 10488 |
Statistical analyses and theoretical models of single-molecule enzymatic dynamics Schenter GK, Lu HP, Xie XS |
10489 - 10505 |
Two-dimensional electronic correlation and relaxation spectra: Theory and model calculations Faeder SMG, Jonas DM |
10506 - 10516 |
Ultrafast solvation processes in polar liquids probed with large organic molecules Bardeen CJ, Rosenthal SJ, Shank CV |
10517 - 10527 |
Electronic absorption and resonance Raman spectroscopy from ab initio quantum molecular dynamics Ben-Nun M, Martinez TJ |
10528 - 10539 |
Photoisomerization of trans-stilbene in moderately compressed gases: Pressure-dependent effective barriers Meyer A, Schroeder J, Troe J |
10540 - 10552 |
Distance dependence of photoinduced electron transfer in metalloporphyrin dimers Portela CF, Brunckova J, Richards JL, Schollhorn B, Iamamoto Y, Magde D, Traylor TG, Perrin CL |
10553 - 10560 |
The fluorescence dynamics of single molecules of green fluorescent protein Peterman EJG, Brasselet S, Moerner WE |
10561 - 10566 |
Thermodynamics of formation of the triple helix from free chains and from template-constrained chains of collagen-like monodisperse poly(Gly-Pro-Hyp) structures Locardi E, Kwak J, Scheraga HA, Goodman M |
10567 - 10570 |
Effect of solute orientation on solvation dynamics at the air/water interface Zimdars D, Eisenthal KB |
10571 - 10579 |
Steepest descent path study of electron-transfer reactions Cao JS |
10580 - 10587 |
Vibrational Stark spectroscopy 3. Accurate benchmark ab initio and density functional calculations for CO and CN- Reimers JR, Hush NS |
10588 - 10601 |
The projector-augmented plane wave method applied to molecular bonding Valiev M, Weare JH |
10602 - 10610 |
Complementary variational approximations for intermittency and reaction dynamics in fluctuating environments Portman JJ, Wolynes PG |
10611 - 10618 |
A simple theory of optimal coherent control Xu RX, Cheng JX, Yan YJ |
10619 - 10629 |
Femtosecond heterodyne-detected four-wave-mixing studies of deterministic protein motions. II. Theory and experimental technique of diffractive optics-based spectroscopy Goodno GD, Miller RJD |
10630 - 10643 |
Femtosecond heterodyne-detected four-wave-mixing studies of deterministic protein motions. 2. Protein response Goodno GD, Astinov V, Miller RJD |
10644 - 10650 |
Dynamics of the reaction O(P-3)+H2S -> OH+SH. 1. Rotational, Lambda doublet, and fine structure distributions in the OH(upsilon''=1) product Costen ML, Hancock G, Ritchie GAD |
10651 - 10663 |
Dynamics of the reaction O(P-3)+H2S -> OH+SH. 2. State-resolved differential cross sections and angular momentum correlations Costen ML, Hancock G, Ritchie GAD |
10664 - 10664 |
How does vibrational energy flow fill the molecular state space? (vol 103A, pg 10090, 1999) Wong V, Gruebele M |
10664 - 10664 |
Early-time dynamics of the photoexcited hydrated electron (vol 103 A, pg 10080, 1999) Baltuska A, Emde MF, Pshenichnikov MS, Wiersma DA |