Chemical Physics Letters

Negative polarization transfer between a spin 1/2 and a spin 1
pp. 377-381(5)
Authors: Luy B.; Glaser S.J.

Ultrafast anisotropy decay of coherent excitations and the non-coincidence effect for delocalized vibrational modes in liquids
pp. 382-388(7)
Author: Torii H.

Selective binding of 2-anthrylmethylpyrrole with fluoride: fluorescence and theoretical studies
pp. 389-392(4)
Authors: Sortino S.; Conoci S.

Comparative study of Al_n-1X (n=1-9 and 13, X=Li, Al and Sb) clusters: density functional theory based molecular dynamics simulation study
pp. 393-399(7)
Authors: Majumder C.; Kulshreshtha S.K.

Unusual spectroscopic behaviour of the carbonyl and carbon-carbon double-bond groups in the infrared spectra of simple nitroenaminoketone derivatives
pp. 400-406(7)
Authors: Taoufik N.; Pappalardo R.R.; Sanchez Marcos E.

Structural and vibrational analysis of azodendrimers by molecular orbital methods
pp. 407-415(9)
Authors: Tanaka S.; Itoh S.; Kurita N.

Basis set and correlation effects in configuration analysis of reactive systems
pp. 416-424(9)
Authors: Rincon L.; Almeida R.

An improved J matrix engine for density functional theory calculations
pp. 425-433(9)
Authors: Shao Y.; Head-Gordon M.

Ab initio CASSCF and MRSDCI calculations of the (C₆H₆)₃⁺ radical
pp. 434-440(7)
Authors: Miyoshi E.; Ghosh T.K.

Ab initio study of H photodetachment from the ethyl radical
pp. 441-447(7)
Authors: Zyubin A.S.; Mebel A.M.; Lin S.H.

Thermal activation of the trapped proton in diamond crystal: direct molecular dynamics calculation
pp. 448-453(6)
Authors: Shimizu A.; Tachikawa H.

Interfacial second harmonic generation in the limit of weak orientational order: determining interfacial refractive index
pp. 454-459(6)
Author: Frey J.G.

Does inversion symmetry influence IVR?
pp. 460-466(7)
Authors: Patwari G.N.; Wategaonkar S.

Light- and pH-driven electron transfer in the pyranine-methylviologen system
pp. 467-473(7)
Authors: Prayer C.; Tran-Thi T.-H.; Pommeret S.; d'Oliveira P.; Meynadier P.

Intramolecular motion in dibenzobarrelenephosphinyl radical: a single crystal EPR study at variable temperature
pp. 474-481(8)
Authors: Brynda M.; Berclaz T.; Geoffroy M.

Critical test of performance of B3LYP functional for prediction of gas-phase acidities and basicities
pp. 482-489(8)
Authors: Burk P.; Koppel I.A.; Koppel I.; Leito I.; Travnikova O.

Rotary resonance recoupling of ¹³C-¹H dipolar interactions in magic angle spinning ¹³C NMR of dynamic solids
pp. 490-497(8)
Authors: Kitchin S.J.; Harris K.D.M.; Aliev A.E.; Apperley D.C.

Heats of formation for ClF_n (n=1-3)
pp. 498-505(8)
Author: Ricca A.

Photolysis of HI in solid Xe: production and distribution of hydrogen atoms
pp. 506-513(8)
Authors: Pettersson M.; Khriachtchev L.; Roozeman R.-J.; Rasanen M.

Lifetime determination of intermediate excited electronic states via up-conversion using sequences of square-wave excitation pulses
pp. 514-521(8)
Authors: Wermuth M.; Gudel H.U.

Molecular modeling of C₆₀:cobaltocene and nickelocene complexes, comparison with IR absorption
pp. 522-528(7)
Authors: Byszewski P.; Antonova K.; Kowalska E.; Radomska J.; Baran J.

Highly oriented rich boron B-C-N nanotubes by bias-assisted hot filament chemical vapor deposition
pp. 529-533(5)
Authors: Yu J.; Bai X.D.; Ahn J.; Yoon S.F.; Wang E.G.

Ground and excited state tautomerization in 9-acetoxy-2,7,12,17-tetra-n-propylporphycene
pp. 534-541(8)
Authors: Gil M.; Jasny J.; Vogel E.; Waluk J.

Removal processes of nitric oxide along positive streamers observed by laser-induced fluorescence imaging spectroscopy
pp. 542-548(7)
Authors: Hazama H.; Fujiwara M.; Tanimoto M.

Porous target enhances production of single-wall carbon nanotubes by laser ablation
pp. 549-553(5)
Authors: Yudasaka M.; Zhang M.; Iijima S.

Growth of well-aligned carbon nanotubes on a large area of Co-Ni co-deposited silicon oxide substrate by thermal chemical vapor deposition
pp. 554-559(6)
Authors: Lee C.J.; Park J.; Kang S.Y.; Lee J.H.

Synthesis of bamboo-shaped multiwalled carbon nanotubes using thermal chemical vapor deposition
pp. 560-565(6)
Authors: Lee C.J.; Park J.H.; Park J.

High specific surface area carbon nanotubes from catalytic chemical vapor deposition process
pp. 566-571(6)
Authors: Bacsa R.R.; Laurent C.; Peigney A.; Bacsa W.S.; Vaugien T.; Rousset A.

Metallic behaviour of boron-containing carbon nanotubes
pp. 572-579(8)
Authors: Hsu W.K.; Chu S.Y.; Munoz-Picone E.; Boldu J.L.; Firth S.; Franchi P.; Roberts B.P.; Schilder A.; Terrones H.; Grobert N.; Zhu Y.Q.; Terrones M.; McHenry M.E.; Kroto H.W.; Walton D.R.M.

Mass production of single-wall carbon nanotubes by the arc plasma jet method
pp. 580-585(6)
Authors: Ando Y.; Zhao X.; Hirahara K.; Suenaga K.; Bandow S.; Iijima S.

Hot-atom mechanism in hydrogen exchange reaction on the Ir{100} surface
pp. 586-593(8)
Authors: Okada M.; Moritani K.; Nakamura M.; Kasai T.; Murata Y.