1653 - 1660 |
Hydration and Raman-Scattering Studies of Levitated Microparticles - Ba(Mo(3))(2), Sr(NO3)(2), and Ca(NO3)(2) Tang IN, Fung KH |
1661 - 1668 |
The Vibrationally Resolved C-1-S Core Photoelectron-Spectra of Methane and Ethane Osborne SJ, Sundin S, Ausmees A, Svensson S, Saethre LJ, Svaeren O, Sorensen SL, Vegh J, Karvonen J, Aksela S, Kikas A |
1669 - 1675 |
Paramagnetism of Cesium Titanium Alum Dubicki L, Riley MJ |
1676 - 1686 |
New Assignments in the UV Spectroscopy of the Small Benzene-Argon, Clusters - The Effects of a Structure-Selective Vibrational Predissociation Mons M, Courty A, Schmidt M, Lecalve J, Piuzzi F, Dimicoli I |
1687 - 1698 |
The (2N+1)Th-Order Off-Resonant Spectroscopy from the (N+1)Th-Order Anharmonicities of Molecular Vibrational-Modes in the Condensed-Phase Okumura K, Tanimura Y |
1699 - 1708 |
Intensity Perturbations from Vibrational Resonance Coupling in Isotropic Raman-Spectra of Neat Liquids and Solutions Daniel DC, Mchale JL |
1709 - 1717 |
Ab-Initio Theoretical-Study of the Methyl and Phosphine Torsion Modes in Ethylphosphine Smeyers YG, Melendez FJ, Senent ML |
1718 - 1728 |
Mode Excitation Dynamics in the Fragmentation of Ar-3(+) - An Helicity Decoupling Study Buonomo E, Gianturco FA |
1729 - 1741 |
Crossed-Beam Reaction of Carbon-Atoms with Hydrocarbon Molecules .3. Chemical-Dynamics of Propynylidyne (L-C3H X(2)II(J)) and Cyclopropynylidyne (C-C3H, X(2)B(2)) Formation from Reaction of C(P-3(J)) with Acetylene, C2H2(X(1)Sigma(+)(G))1-Sigma+g) Kaiser RI, Ochsenfeld C, Headgordon M, Lee YT, Suits AG |
1742 - 1748 |
Reactant-Product Decoupling Method for State-to-State Reactive Scattering - A Case-Study for 3D H+h-2 Exchange-Reaction (J=0) Zhu W, Peng T, Zhang JZ |
1749 - 1756 |
Relaxation Dynamics of Multilevel Tunneling Systems Neu P, Heuer A |
1757 - 1763 |
Anomalous Diffusion of Small Particles in Dense Liquids Bhattacharyya S, Bagchi B |
1764 - 1768 |
Branching Ratio for the Production of OD(A) and Oh(A) by Controlled Electron-Impact on Hod Furuya K, Koba F, Ogawa T |
1769 - 1779 |
A Unified Framework for Quantum Activated Rate-Processes .2. The Nonadiabatic Limit Cao JS, Voth GA |
1780 - 1785 |
Dielectric and Pressure Virial-Coefficients of Imperfect Gases - CO2-SF6 Mixtures Hourri A, Starnaud JM, Bose TK |
1786 - 1795 |
Association and Isotopic Exchange-Reactions of CH(Cd)(X(2)Pi)+co Taatjes CA |
1796 - 1799 |
Equilibrium Yield for Helium Incorporation into Buckminsterfullerene - Quantum-Chemical Evaluation Patchkovskii S, Thiel W |
1800 - 1807 |
Avoiding Long Propagation Times in Wave-Packet Calculations on Scattering with Resonances - A New Algorithm Involving Filter Diagonalization Kroes GJ, Wall MR, Pang JW, Neuhauser D |
1808 - 1818 |
The Cc3 Model - An Iterative Coupled-Cluster Approach Including Connected Triples Koch H, Christiansen O, Jorgensen P, Demeras AM, Helgaker T |
1819 - 1826 |
The (3)A(2), (1)A(2), B-3(2), and B-1(2) Electronic States of CH2 - Small Bond-Angle States Yamaguchi Y, Schaefer HF |
1827 - 1835 |
The Hyperpolarizability of Trans-Butadiene - A Critical Test-Case for Quantum-Chemical Models Norman P, Luo Y, Jonsson D, Agren H |
1836 - 1846 |
Quantum-Chemical Ab-Initio Calculations of the Magnetic Interaction in Alkalithioferrates(III) Modl M, Dolg M, Fulde P, Stoll H |
1847 - 1855 |
Hyperfine and Nuclear-Quadrupole Coupling in Chlorine and Fluorine Dioxides Fernandez B, Christiansen O, Jorgensen P, Byberg J, Gauss J, Ruud K |
1856 - 1862 |
Ab-Initio Calculations of Ru, Pd, and Ag Cluster Structure with 55, 135, and 140 Atoms Jennison DR, Schultz PA, Sears MP |
1863 - 1869 |
Ch5+ - The Story Goes on - An Explicitly Correlated Coupled-Cluster Study Muller H, Kutzelnigg W, Noga J, Klopper W |
1870 - 1879 |
Heterogeneous 2-Dimensional Nucleation and Growth-Kinetics Liu XY, Maiwa K, Tsukamoto K |
1880 - 1887 |
Diffusion on a Flexible Surface Gustafsson S, Halle B |
1888 - 1892 |
Melting and Evaporation of Argon Clusters Rytkonen A, Valkealahti S, Manninen M |
1893 - 1912 |
Extensions of the Quasi-Gaussian Entropy Theory Amadei A, Apol ME, Berendsen HJ |
1913 - 1920 |
Optical Measurements of the Phase-Diagrams of Langmuir Monolayers of Fatty-Acid, Ester, and Alcohol Mixtures by Brewster-Angle Microscopy Teer E, Knobler CM, Lautz C, Wurlitzer S, Kildae J, Fischer TM |
1921 - 1929 |
Thermodynamics of the Curvature Effect on Ice Surface-Tension and Nucleation Theory Bogdan A |
1930 - 1939 |
On the Ginzburg Temperature of Ionic and Dipolar Fluids Weiss VC, Schroer W |
1940 - 1949 |
Primitive Models of Chemical Association .2. Polymerization into Flexible Chain Molecules of Prescribed Length Kalyuzhnyi YV, Lin CT, Stell G |
1950 - 1960 |
The Ordering of Symmetrical Diblock Copolymers - A Comparison of Self-Consistent-Field and Density-Functional Approaches Nath SK, Mccoy JD, Curro JG, Saunders RS |
1961 - 1966 |
Monte-Carlo Simulation of the Solid to Superliquid Phase-Transition of Langmuir Monolayers .2. Characteristics of Phase-Transition Gibson MD, Swanson DR, Eckhardt CJ, Zeng XC |
1967 - 1977 |
2-Dimensional Wave-Packet Studies of Photon-Stimulated Desorption of No from a Metal-Surface Induced by Single and Multiple Electronic Excitations Guo H |
1978 - 1989 |
Dewetting of Thin Polymer-Films Adsorbed on Solid Substrates - A Monte-Carlo Simulation of the Early Stages Milchev A, Binder K |
1990 - 1996 |
Calorimetric Investigation of No and Co Adsorption on Pd(100) and the Influence of Preadsorbed Carbon Yeo YY, Vattuone L, King DA |
1997 - 2011 |
Adsorption-Isotherm for Flexible Molecules in Random Porous-Media - Can We Regard the System as a Binary Mixture Padilla P, Vega C |
2012 - 2030 |
Oxygen-Chemisorption and Oxide Film Growth on Ni(100), Ni(110), and Ni(111) - Sticking Probabilities and Microcalorimetric Adsorption Heats Stuckless JT, Wartnaby CE, Alsarraf N, Dixonwarren SJ, Kovar M, King DA |
2031 - 2037 |
Vibrational Dynamics and Thermodynamics of Ni(977) Kara A, Durukanoglu S, Rahman TS |
2038 - 2044 |
A Monte-Carlo Study of Co Oxidation with Oscillations Induced by Site Blocking Jansen AP, Nieminen RM |
2045 - 2048 |
Coherent Control of Multiphoton Driven Processes - A Laser-Induced Catalyst Garrett WR, Zhu YF |