Table Of Content

Applied » hysics -. Founded by H.K.V. Lotsch Volume B 63 Editor-in-Chief F. Trager, Kassel E. Kratzig, Osnabriick 1996 G. Marowsky, Gottingen Board of Co-editors G.A. Mourou, Ann Arbor, MI S.N. Bagaev, Novosibirsk Y.R. Shen, Berkeley, CA H. Coufal, San Jose, CA F.K. Tittel, Houston, TX W. Demtréder, Kaiserslautern K.J. Witte, Garching T.W. Hansch, Minchen J. Wolfrum, Heidelberg G. Huber, Hamburg T. Yabuzaki, Kyoto U. 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Stirtz AG, Wurzburg Printed in Germany © by Springer-Verlag, Berlin, Heidelberg 1996 Springer PHYSICS AND ASTRONOMY CLASSIFICATION SCHEME (PACS) Shortened version for use in classifying papers for Applied Physics General 68 Surfaces and interfaces; thin films and whiskers 02 Mathematical methods in physics 68.10 Fluid surfaces and fluid-fluid interfaces 06 Measurement science and metrology 68.15 Liquid thin films 07 Specific instrumentation 68.35 Solid surfaces and solid-solid interfaces 07.60 Optical instruments and techniques, detection of radiation (including bicrystals) 07.65 Optical spectroscopy and spectrometers 68.45 Solid-fluid interfaces 07.75 Mass spectrometers and mass-spectroscopy techniques 68.55 Thin films: growth, structure, epitaxy and nonelectronic 07.80 Electron and ion microscopes and spectrometers; techniques properties 07.85 X-ray and gamma-ray instruments and techniques 68.65 Layer structures, intercalation compounds, and super- lattices: growth, structure, and nonelectronic properties 68.70 Whiskers and dendrites: growth, structure, and Atomic and molecular physics nonelectronic properties 32 Atomic spectra and interactions with photons 33 Molecular spectra and interactions of molecules with Condensed matter: electronic structure, photons electrical, magnetic, and optical properties 34 Atomic and molecular collision processes and inter- 71 Electron states actions 72 Electronic transport 35 Experimentally derived information on atoms and 72.15 Electronic phenomena in metals and alloys molecules 72.20 Conductivity phenomena in semiconductors and insulators 36 Studies of special atoms and molecules (macro- and 72.40 Photoconduction and photovoltaic effects polymer molecules, clusters) 72.50 Acoustoelectric effects 72.60 Mixed conductivity and conductivity transitions Fundamental areas of phenomenology 72.70 Noise processes and phenoma 73 Electronic structure and electrical properties of (including applications) surfaces, interfaces, and thin films 41 Electricity and magnetism 73.20 Electronic surface states 42 Optics (see a/so 78) 73.25 Surface conductivity 42.10 Propagation and transmission in homogeneous media 73.30 Surface double layers, Schottky barriers, and work functions 42.20 Propagation and transmission in inhomogeneous media 73.40 Interfaces 42.30 Optical information, image formation and analysis 73.60 Electronic properties of thin films 42.40 Holography 74 Superconductivity 42.50 Quantum optics 74.70 Superconducting materials 42.55 Laser processes 75 Magnetic properties and materials C Pumping mechanisms 75.70 Magnetic films and plates E Molecular gas lasers (CO,, CO, NO, formaldehyde) 76 Magnetic resonances and relaxation; Mossbauer effect G Excimer lasers 77 Dielectric properties and materials H Atomic, ionic, and other gas lasers 77.55 Dielectric thin films M Laser action in liquids and organic dyes 78 Optical properties P Laser action in semiconductors 78.30 Infrared and Raman spectra R_ Laser action in solid-state lasers 78.65 Optical properties of thin films T Free-electron lasers 78.70 X-ray spectra and positron annihilation 42.60 Laser systems and laser-beam applications 79 Electron and ion emission by liquids and solids; impact B Design of specific laser systems phenomena D Laser resonators, cavities, and amplifiers 79.20 Impact phenomena (including electron spectra and E Laser beam deflection and focusing sputtering) F Laser beam modulation, mode locking, and tuning 79.40 Thermionic emission 42.65 Nonlinear optics 79.60 Photoemission and photoelectron spectra 42.68 Atmospheric optics 79.70 Field emission and field ionization 42.70 Optical materials 42.80 Optical devices, techniques, and applications (including fiber and integrated optics) Cross-disciplinary physics 43 Acoustics (see a/so 62) 81 Materials science 81.10 Methods of crystal growth and purification Fluids, plasmas, and electric discharges 81.15 Methods of thin-film deposition Z Laser deposition methods 52 Physics of plasmas and electric discharges 81.40 Treatment of materials and its effect on microstructure and properties Z Laser machining Condensed matter: structure, 81.60 Corrision, oxidation, and surface treatments mechanical and thermal properties Z Laser techniques, including ablation 61 Structure of liquids and solids; crystallography 82 Physical chemistry (for surface structure, see 68.35; for thin-film structure, see 68.55) 82.20 Chemical kinetics and chemical reactions 61.10 Determination of structures 82.30 Specific chemical reactions; reaction mechanisms 61.12 Neutron determination of structures 82.40 Chemical kinetics and reactions: special regimes and 61.14 Electron determination of structures techniques 61.16 Other determination of structures Z Laser-induced reactions 61.20 Liquid structures 82.45 Electrochemistry and electrophoresis 61.30 Liquid crystals 82.50 Photochemistry and radiation chemistry 61.40 Amorphous and polymer materials, glasses 82.65 Surface processes 61.70 Defects in crystals 82.70 Dispersive systems 61.80 Radiation damage and other irradiation effects 82.80 Chemical analysis and related physical methods of analysis 62 Mechanical and acoustical properties of condensed 84 Electromagnetic technology matter 84.60 Direct energy conversion and energy storage 63 Lattice dynamics and crystal statistics 85 Electrical and magnetic devices 64 Phase equilibria, and phase transitions 85.30 Semiconductor devices 65 Thermal properties of condensed matter 85.40 Integrated electronics 66 Transport properties of condensed matter 85.60 Photoelectric and optoelectronic devices and systems (nonelectronic) 85.80 Electrochemical, thermo-EM, and other devices 66.30 Diffusion and ionic conduction in solids 87 Biophysics (biological effects of radiation) A classified index for Volumes 1-25 can be found in Appl. Phys. 25, 367-453 (1981), one for Volume 26—40 in Appl. Phys.A 40/4 (August 1986), and an earlier index for Volumes 1-15 at the end of Appl. Phys. 15 (May 1978) Contents of Applied Physics B 63 Ahn H > Nakano H surements of scattering and absorption in trum of the pheny! radical isolated in solid Al-Dwayyan AS — Azzeer AM highly scattering media 249 argon 531 Almasi G — Szatmari S Chaudhary AK — Bhar GC Englert B-G — Léffler M Al-Salhi MS — Azzeer AM Chichkov BN — Wellegehausen B Amat-Guerri F > Fimia A Ciucci A — Lucchesini A Fang Q > Sun Q Anderson N, Bearpark T, Scott SJ: An X-ray Ciucci A, Palleschi V, Rastelli S, Barbini R, Fantoni R — Ciucci A preionised self sustained discharge HF/DF Colao F, Fantoni R, Palucci A, Ribezzo S, Faure N, Borel C, Couchaud M, Basset G, laser 565 Steen HJL van der: Trace pollutants analy- Templier R, Wyon C: Optical properties Angelow G — Laeri FG sis in soil by a time-resolved laser-induced and laser performance of neodymium Astinov VH, Georgiev GM: Ultrabroadband breakdown spectroscopy technique doped scheelites CaWO, and NaGd(WO,), single-pulse CARS of liquids using a spa- 185 593 tially dispersive Stokes beam 62 Colao F — Ciucci A Faust B > Reyher H-J Atherton B — Diddams S Conrad U — Hohlfeld J Fehér M — Bozoki Z Aussenegg FR — Gotschy W Contzen J, Heppke G, Kitzerow H-S, Kriierke Feo M — Bernini U Axner O — Ljungberg P D, Schmid H: Storage of laser-induced ho- Fernandez Cézar R — Barrio JI del Azzeer AM, Al-Dwayyan AS, Al-Salhi MS, lographic gratings in discotic liquid crys- Fernsler R > Michelmann K Kamal AM, Harith MA: Optical probing of tals 605 Feuerhake M —> Szatmari S laser-induced shock waves in air 307 Corradi G — Wohlecke M Feurer T — Michelmann K Couchaud M — Faure N Fey-den Boer AC, Leeuwen KAH van, Bei- Balmer JE — Prag AR Courtois D — Zéninari V jerinck HCW, Fort C, Pavone FS: Grating Barbini R — Ciucci A Crosley DR — Luque J feedback in a 810 nm broad-area diode la- Barrio JI del, Fernandez Cézar R, Martin E, Curl RF > Eckhoff WC ser 117 Tablas FMG, Fuss W: Pulsed infrared se- Fill EE > Li YL lective dissociation of CF,Br as a function Dahne L > Johr T Fill EE > Prag AR of pressure, temperature, fluence and Daido H — Zhang T Fimia A, Mateos F, Beléndez A, Mallavia R, wavelength 51 De Backer MR — Zéninari V Amat-Guerri F, Sastre R: New photopoly- Basset G > Faure N De Natale P — Fumeaux C mer with trifunctional monomer for holo- Bearpark T — Anderson N De Rosa M —> Lucchesini A graphic applications 151 Beckers J —- Woike Th De Stefano L — Bernini U Fimia A — Fuentes R Beijerinck HCW — Fey-den Boer AC De Stefano L — Mormile P Fischer von Weikersthal B — Reinhard I Beléndez A — Fimia A Deutsch N — Laeri FG Fort C > Fey-den Boer AC Beléndez A — Fuentes R Dharamsi AN, Bullock AM: Applications of Franke H — Biebricher M Bergmann V — Meier W wavelength-modulation spectroscopy in Franke H — Dress P Berkovic G — Stolle R resolution of pressure and modulation Frejlich J - Garcia PM Bernini U, De Stefano L, Feo M, Mormile P, broadened spectra 283 Freschi AA — Garcia PM Russo P: Optical bistability by nonlinear Dick B — Engert JM Fu P, Mi X, Yu Z, Jiang Q, Li X: Beam-size reflection in a polymeric blend 155 Diddams S, Atherton B, Diels J-C: Frequency effect in time-delayed laser-induced double Betzler K — Wohlecke M locking and unlocking in a femtosecond gratings 24 Bhar GC, Rudra AM, Chaudhary AK, Sasaki ring laser with application to intracavity Fuentes R, Beléndez A, Fimia A: Diffraction T, Mori Y: Highly efficient difference-fre- phase measurements 473 efficiency and signal-to-noise ratio of mul- quency generation in KTP 141 Diels J-C — Diddams S tiplexed volume phase holograms recorded Biebricher M, Pfeiffer K, Schulz P, Franke H, Dimova E — Blagoev KB in a photographic emulsion 29 Lorkowski HJ: Elastooptic investigations in Dinev S — Dreischuh A Fumeaux C, Herrmann W, Rothuizen H, De functional allyl polymer lightguides 609 Douard M — Vezin B Natale P, Kneubiihl FK: Mixing of 30 THz Bigelow N — Stoltz E Dreischuh A, Kamenov V, Dinev S: Parallel laser radiation with nanometer thin-film Blagoev KB, Popov G, Dimova E: Laser ac- guiding of signal beams by a ring dark Ni—NiO-Ni diodes and integrated bow-tie tion of nd8(n+1) s?—nd*(n+1) p transitions soliton 145 antennas 135 in Hglll, Cull and AgII 349 Dress P, Franke H: A cylindrical liquid-core Fuss W — Barrio JI del Blanke T — Schade W waveguide 12 Bor Zs — Horvath ZL Drexhage KH — Zander C Gabbanini C — Lucchesini A Borel C — Faure N D’Accurso V, Manzano FA, Slezak VB: Gabrysch M — Reinhard I Bozoki Z, Sneider J, Szab6 G, Miklos A, Ser- Chopped CW laser-induced optogalvanic Gao W — Yin J ényi M, Nagy G, Fehér M: Intracavity pho- effect in a neon hollow cathode discharge Garcia PM, Freschi AA, Frejlich J, Kratzig E: toacoustic gas detection with an external 375 Scattering reduction for highly diffractive cavity diode laser 399 Du D, Liu X, Mourou G: Reduction of multi- holograms in LiNbO, crystals 207 Brand L — Zander C photon ionization in dielectrics due to col- Georgiev GM — Astinov VH Brignon A, Sillard P, Huignard J-P: Vector lisions 617 Glinz A > Prag AR phase conjugation in Cr++: YAG by four- Dwivedi RK — Sircar A Glownia JH, Gnass DR, Sorokin PP: An opti- wave mixing with linearly-polarized pump cal scheme for enhancing the performance beams 537 Eckhoff WC, Putnam RS, Wang S, Curl RF, of the F, (157 nm) laser; A possible F, Buchvarov I — Saltiel S Tittel FK: A continuously tunable long- two-photon femtosecond pulse generator Bullock AM — Dharamsi AN wavelength cw IR source for high-resolu- 421 Buse K — Stevendaal U van tion spectroscopy and trace-gas detection Gnass DR — Glownia JH 437 Gotschy W, Vonmetz K, Leitner A, Aussen- Casale E > Mormile P Egbert A — Wellegehausen B egg FR: Thin films by regular patterns of Chan KP, Yamada M, Inaba H: Coherence Eggeling C — Zander C metal nanoparticles: tailoring the optical gating in optical heterodyne detection mea- Engert JM, Dick B: The UV absorption spec- properties by nanodesign 381 X Gozzini S > Lucchesini A Kneubiihl FK — Fumeaux C Lucchesini A, De Rosa M, Pelliccia D, Ci- Gu S > Zhou F Knopp R — Scherbaum FJ ucci A, Gabbanini C, Gozzini S: Diode la- Ko D-S — Zander C ser spectroscopy of overtone bands of acet- Hanson RK — Palmer JL Kobayashi T — Tokunaga E ylene 277 Harith MA — Azzeer AM Kochetov IV — Ochkin VN Luque J, Crosley DR: Absolute CH concen- Hasegawa H, Tsukiyama K: The C'Z* — B'=* Kohse-Héinghaus K — Kienle R trations in low-pressure flames measured amplified spontaneous emission in CO Koynov K — Saltiel S with laser-induced fluorescence 91 311 Kratzig E — Garcia PM Liithy W — Weber T Haubrich D > Kreis M Kratzig E - Neumann J Haussiihl S — Woike Th Kratzig E — Stevendaal U van Ma ZG —> Lu ZW He WM —> Lu ZW Kreis M, Lison F, Haubrich D, Meschede D, Maiwald M — Reyher H-J Heppke G — Conizen J Nowak S, Pfau T, Mlynek J: Pattern gener- Makarov GN — Karve RS Herrmann W — Fumeaux C ation with cesium atomic beams at nano- Mallavia R — Fimia A Hesse H — Reyher H-J meter scales 649 Manzano FA — D’Accurso V Hesse H — Stevendaal U van Kriierke D — Contzen J Marowsky G — Stolle R Hohlfeld J, Conrad U, Matthias E: Does fem- Kuga Y, Satooka S, Takeuchi K: Effect of Martin E — Barrio JI del tosecond time-resolved second-harmonic flow pattern in a supersonic nozzle reactor Mateos F — Fimia A generation probe electron temperatures at on product branching ratio for UV photoly- Matthias E — Hohlfeld J surfaces? 541 sis of UF,/CH, mixtures 293 McMillin BK — Palmer JL Horvath ZL, Vink6 J, Bor Zs, Linde D von Kummrow A, Lau A: Dynamics in condensed Meier W, Vyrodov AO, Bergmann V, der: Acceleration of femtosecond pulses to molecular systems studied by incoherent Stricker W: Simultaneous Raman/LIF superluminal velocities by Gouy phase light 209 measurements of major species and NO shift 481 Kurosu T, Ishikawa J, Ito N: Diode laser in turbulent H,/air diffusion flames Huang G — Zhou F spectrometer for high-resolution spectros- 79 Huignard J-P — Brignon A copy in the visible range 265 Meschede D — Kreis M Meyerhoff M — Stoltz E Ilukhin BI — Ochkin VN Laeri FG, Deutsch N, Angelow G, Miiller M, Mi X — Fu P Imasaka T > Kawano H Sakowski H: Spatio-temporal coupling of Michelmann K, Feurer T, Fernsler R, Imlau M > Woike Th laser fluctuations — Observations on a Sauerbrey R: Frequency resolved optical Inaba H — Chan KP laser with internal frequency conversion gating in the UV using the electronic Kerr Ishikawa J — Kurosu T 339 effect 485 Ito N > Kurosu T Langhoff H — Neeser S Miklés A — Bozoki Z Ito S: Continuous operation up to 3 kHz ina Laporta P — Taccheo S Minkovski N, Mirtchev T, Ivanov L: Genera- discharge-pumped XeCl excimer laser | Lau A — Johr T tion of a wide discrete visible spectrum in Ito S > Saito T Lau A > Kummrow A a frequency-doubling optical fiber 20 Ivanov L > Minkovski N Leduc M — Stoltz E Mirtchev T > Minkovski N Lee MP — Kienle R Mlynek J > Kreis M Jikel G — Neumann J Leeuwen KAH van — Fey-den Boer AC Mlynek J — Nowak S Jiang Q > Fu P Leitner A — Gotschy W Mori Y > Bhar GC Johr T, Werncke W, Diahne L, Pfeiffer M, Letokhov VS — Karabutov AA Mormile P —> Bernini U Lau A: Dispersion of the third-order sus- Letokhov VS — Sekatskii SK Mormile P, Casale E, De Stefano L, Villiargio ceptibility of a cyanine dye measured by Li X — FuP M: Light switching at a prism-liquid crys- coherent anti-Stokes Raman scattering Li Y: Two orthogonally polarized optical tal interface. A new sensor for magnetic 641 beams in a family of Kerr-law nonlinear fields 385 Jungmann K — Reinhard I shifted parabolic graded-index rod lenses Mossavi K — Wellegehausen B 161 Mourou G > Du D Kamal AM — Azzeer AM Li Y — Prag AR Miiller A: Two independently tunable distrib- Kamenov V — Dreischuh A Li YL, Pretzler G, Fill EE, Nilsen J: Study of uted feedback dye lasers pumped by a sin- Kamper S — Stevendaal U van anomalous lasing behavior on the two gle picosecond Nd:YAG laser 443 Karabutov AA, Podymova NB, Letokhov VS: J=0-1 transitions in Ne-like 125 Miiller M — Laeri FG Time-resolved laser optoacoustic tomogra- Lin CH — Kawano H phy of inhomogeneous media 545 Linde D von der, Rzazewski K: High-order Nacher P-J — Stoltz E Karve RS, Lokhman VN, Makarov GN: The optical harmonic generation from solid sur- Nagy G — Bozoki Z effect of mid-infrared and far-infrared faces 499 Nakano H, Nishikawa T, Ahn H, Uesugi N: emission, generated at NH, excitation by Linde D von der — Horvath ZL Effects of an ultrashort prepulse on soft X- intense radiation of a TEA CO, laser, on Lison F — Kreis M ray generation from an aluminium plasma ammonia absorption 355 Liu S — Sun Q produced by femtosecond Ti:Sapphire laser Kastle R, Sigrist MW: Temperature-depen- Liu X — Du D pulses 107 dent photoacoustic spectroscopy with a Ljungberg P, Axner O: Experimental investi- Neeser S, Schumann M, Langhoff H: Im- Helmholtz resonator 389 gation of the effect of collisions and tem- proved gain for the Ar¥ excimer laser at Kato Y > Zhang T perature on degenerate four-wave mixing 126nm_ 103 Kawano H, Lin CH, Imasaka T: Generation 69 Neumann J, Jakel G, Kratzig E: Holographic of high-order rotational lines by four-wave Léffler M, Englert B-G, Walther H: Testing a scattering lines observed with photorefrac- Raman mixing using a high-power pico- Bell-type inequality with a micromaser tive BaTiO, 599 second Ti:Sapphire laser 121 511 Niessner R > Petzold A Kienle R, Lee MP, Kohse-H6inghaus K: A Lokhman VN — Karve RS Nilsen J> Li YL scaling formalism for the representation of Longhi S — Taccheo S Nishikawa T > Nakano H rotational energy transfer in OH (A22*) in Lorkowski HJ — Biebricher M Noll R > Sturm V combustion experiments 403 Lu ZW, Wang Q, He WM, Ma ZG: New Nowak S, Pfau T, Mlynek J: Nanolithography Kim JI — Scherbaum FJ parametric emissions in diatomic sodium with metastabile helium 203 Kitzerow H-S — Contzen J molecules 43 Nowak S — Kreis M XI Ochkin VN, Witteman WJ, Ilukhin BI, Sattmann R — Sturm V P: Production of intensities of ~10!9 Kochetov IV, Peters PJM, Udalov YuB, Sauer M — Zander C W/cm? by a table-top KrF laser 463 Tskhai SN: Influence of the electric field Sauerbrey R — Michelmann K frequency on the performance of a RF ex- Schade W, Blanke T, Willer U, Rempel C: Tablas FMG — Barrio JI del cited CO, waveguide laser 575 Compact tunable mid-infrared laser source Taccheo S, Laporta P, Longhi S, Svelto O, Okada Y, Okamura H, Onoe J, Suda A, Ta- by difference frequency generation of two Svelto C: Diode-pumped bulk erbium- shiro H, Takeuchi K: Vibrational predisso- diode-lasers 99 ytterbium lasers 425 ciation of UF, clusters in supersonic Laval Scherbaum FJ, Knopp R, Kim JI: Counting of Tada A — Saito T nozzle flow 57 particles in aqueous solutions by laser-in- Takeuchi K — Kuga Y Okamura H — Okada Y duced photoacoustic breakdown detection Takeuchi K — Okada Y Onoe J — Okada Y 299 Tashiro H — Okada Y Schieder R — Woike Th Tastevin G — Stoltz E Palleschi V — Ciucci A Schmid H — Contzen J Taylor LH — Suhre DR Palmer JL, McMillin BK, Hanson RK: Multi- Schulz A — Zander C Templier R — Faure N line fluorescence imaging of the rotational Schulz P > Biebricher M Terasaki A > Tokunaga E temperature field in a shock-tunnel free jet Schumann M — Neeser S Thareja RK — Sircar A 167 Schwarzberg E — Stolle R Tian G > Sun Q Palucci A — Ciucci A Scott SJ — Anderson N Tittel FK — Eckhoff WC Parvitte B — Zéninari V Seidel CAM — Zander C Tokunaga E, Terasaki A, Valencia VS, Wada Pavone FS — Fey-den Boer AC Sekatskii SK, Letokhov VS: Single fluores- T, Sasabe H, Kobayashi T: Femtosecond Pelliccia D — Lucchesini A cence centers on the tips of crystal needles: phase spectroscopy of multi-level systems: Peters PJM — Ochkin VN First observation and prospects for applica- Phthalocyanines 255 Petzold A, Niessner R: Photoacoustic soot tion in scanning one-atom fluorescence mi- Tskhai SN — Ochkin VN sensor for in-situ black carbon monitoring croscopy 525 Tsukiyama K — Hasegawa H 191 Serényi M > Bozoki Z Pfau T — Kreis M Sharma LB — Zhang T Udalov YuB — Ochkin VN Pfau T — Nowak S Shimoda K: Optical frequency counters 507 Uesugi N — Nakano H Pfeiffer K — Biebricher M Sigrist MW — Kastle R Pfeiffer M — Johr T Sillard P — Brignon A Valencia VS — Tokunaga E iT Podymova NB — Karabutov AA Simon P — Szatmari S Vezin B, Douard M, Rambaldi P, Wolf J-P: Popov G — Blagoev KB Sircar A, Dwivedi RK, Thareja RK: Laser in- Tunable no-tracking OPO-OPA tandem in Prag AR, Glinz A, Balmer JE, Li Y, Fill EE: duced breakdown of Ar, N, and O, gases the near-infrared pumped by a Ti:Sapphire Prepulse dependence of J=0—1 lasing at using 1.064, 0.532, 0.355 and 0.266 um ra- laser 201 32.6 nm in neon-like titanium 113 diation 623 Villard B — Stoltz E Pretzler G > Li YL Slezak VB — D’Accurso V Villiargio M — Mormile P Putlitz G zu > Reinhard I Sneider J— Bozoki Z Vink6 J > Horvath ZL Putnam RS — Eckhoff WC Sorokin PP — Glownia JH Vonmetz K — Gotschy W Steen HJL van der > Ciucci A Vyrodov AO —> Meier W Rambaldi P > Vezin B Stevendaal U van, Buse K, Kamper S, Hesse Rastelli S + Ciucci A H, Kratzig E: Light-induced charge trans- Wada T — Tokunaga E x10 Reinhard I, Gabrysch M, Fischer von port processes in photorefractive barium ti- Walther H — Léffler M = Weikersthal B, Jungmann K, Putlitz G zu: tanate doped with rhodium and iron 315 Wang Q > Lu ZW Measurement and compensation of fre- Stolle R, Marowsky G, Schwarzberg E, Wang S — Eckhoff WC quency chirping in pulsed dye laser ampli- Berkovic G: Phase measurements in non- Wang Y —> Yin J fiers 467 linear optics 491 Weber HP — Weber T Rempel C — Schade W Stoltz E, Meyerhoff M, Bigelow N, Leduc M, Weber T, Liithy W, Weber HP: Side-pumped Reyher H-J, Faust B, Maiwald M, Hesse H: Nacher P-J, Tastevin G: High nuclear po- fiber laser 131 ODMR and EPR investigations of Fe cen- larization in 3He and *He—*He gas mixtures Wellegehausen B, Mossavi K, Egbert A, ters in KTaO, 331 by optical pumping with a laser diode 629 Chichkov BN, Welling H: Short-pulse Ribezzo S > Ciucci A Stoltz E, Villard B, Meyerhoff M, Nacher high-intensity excimer lasers — A powerful Rothuizen H — Fumeaux C P-J: Polarization analysis of the light tool for the generation of coherent VUV Rudra AM — Bhar GC emitted by an optically pumped 3He gas and XUV radiation 451 Rupp RA — Woike Th 635 Welling H — Wellegehausen B Russo P — Bernini U Stricker W — Meier W Werncke W — Johr T Rzazewski K — Linde D von der Sturm V, Sattmann R, Noll R: Optical fiber Willer U — Schade W transmission of multiple Q-switch Nd:YAG Williams GRJ: Excited-state absorption and Saito T, Ito S, Tada A: Long lifetime opera- laser pulses with microsecond interpulse third-order optical nonlinearities in sym- tion of an ArF-excimer laser 229 separations 363 metric z-electron organic molecules 47 Sakowski H — Laeri FG Suda A — Okada Y Witteman WJ — Ochkin VN Saltiel S, Koynov K, Buchvarov I: Analytical Sugg B > Woike Th Wohlecke M, Corradi G, Betzler K: Optical formulae for the optimization of the pro- Suhre DR, Taylor LH: Six-Watt mid-infrared methods to characterise the composition cess of low-power phase modulation in a laser using harmonic generation with and homogeneity of lithium niobate single quadratic nonlinear medium 39 Tl,AsSe, 225 crystals 323 Saltiel S, Koynov K, Buchvarov I: Self-in- Sun Q, Xu J, Liu S, Zhang G, Zhang G, Fang Woike Th, Haussiihl S, Sugg B, Rupp RA, duced transparency and self-induced dark- Q, Tian G: The inhomogeneity of two- Beckers J, Imlau M, Schieder R: Phase ening with a nonlinear frequency-doubling wave coupling in photorefractive crystals gratings in the visible and near-infrared polarization interferometer 371 in 90° geometry 35 spectral range realized by metastable elec- Sasabe H > Tokunaga E Svelto C — Taccheo S tronic states in Na,[Fe(CN);NO] - 2H,O Sasaki T — Bhar GC Svelto O — Taccheo S 243 Sastre R > Fimia A Szab6 G > Bozoki Z Wolf J-P — Vezin B Satooka S — Kuga Y Szatmari S, Almasi G, Feuerhake M, Simon Wolfrum J — Zander C XI Wyon C — Faure N Zander C, Sauer M, Drexhage KH, Ko D-S, Zhang T, Yonemura M, Sharma LB, Daido H, Schulz A, Wolfrum J, Brand L, Eggeling Kato Y: Second-harmonic generation with Xu J — SunQ C, Seidel CAM: Detection and character- traveling-wave pulses 237 ization of single molecules in aqueous so- Zhou F, Huang G, Gu S: A high average pow- Yamada M — Chan KP lution 517 er rotating hollow cylinder Nd:glass laser Yin J, Zhu S, Gao W, Wang Y: Relationship Zéninari V, De Backer MR, Parvitte B, Court- 585 between temporal coherence and laser pa- ois D: Absolute intensity measurement of a Zhu S —> Yin J rameters in a two-longitudinal-mode HeNe Vv; ozone line at saturated vapor pressure laser 8 with a laser heterodyne spectrometer Yonemura M — Zhang T 179 Indexed in Current Contents Yu Z — Fu P Zhang G > Sun Q Evaluated and abstracted for PHYS on STN