Zeitschrift Fuer Physik, D: Atoms, Molecules and Clusters 1991 - 1992: Vol 22 Table of Contents

3 Pages·1.4 MB·English

Contents volume 22
Alonso, J.A. + Glossman, M.D., et al. 541 Falecki, W. — Ostertag, M., et al. 383 Kambara, T., Schuch, R., Awaya, Y., Mizo-
Amar, F.G. -— Hermine, P., et al. 529 Fearn, H., Scully, M.O., Zhu, S.Y., Sargent, gawa, T., Kumagai, H., Kanai, Y., Shibata,
Andra, HJ. — Ristori, Ch., et al. 425 M. III: Lasing without inversion III: micro- H., Shima, K.: Solid-gas effect in K-vacancy
Andri¢, L. + Bissantz, H., et al. 727 wave coupling induced atomic coherence production in near symmetric slow heavy-
Ashkenasi, D. > Kronfeldt, H.-D., et al. 569 495 ion-atom collisions 451
Awaya, Y. + Kambara, T., et al. 451 Fearn, H. — Scully, M.O., et al. 471 Kamimura, M. > Harston, M.R., et al. 635
Bao, Ch.-g.: Possible modes of internal mo- Fearn, H. — Zhu, S.Y., et al. 483 Kamm, M. — Weber, W., et al. 419
tions in a 3-electron model system — the 7S* Folkmann, F. — Bittner, R., et al. 693 Kanai, Y. - Kambara, T., et al. 451
states 557 Foth, H.-J. — Bissantz, H., et al. 727 Kaneko, Y. — Kojima, T.M., et al. 645
Barranco, M., Hernandez, E.S., Lombard, Fricke, B. — Bastug, T., et al. 641 Karle, W. — Speidel, K.-H., et al. 371
R.J., Serra, Ll.: Pairing effects in metal clus- Fricke, B. + Kiirpick, P., et al. 407 Kelbch, C., Koch, R., Hagmann, S., Ullmann,
ters 659 Gao, J.Y. + Zhang, H.Z. 511 K., Schmidt-Bécking, H., Reinhold, C.O.,
Bastug, T., Sepp, W.D., Fricke, B., Heine- Gerber, A. — Nitsch, C., et al. 651 Schultz, D.R., Olsen, R.E., Kraft, G.: Delta-
mann, D., Kolb, D.: Electronic structure cal- Gerber, J. — Speidel, K.-H., et al. 371 electron emission in fast heavy ion — atom
culations of small Al,(n=2—8) clusters 641 Glossman, M.D., Ifiguez, M.P., Alonso, J.A.: collisions: observations of new phenomena
Baum, G., Granitza, B., Hesse, S., Leuer, B., Distribution of interatomic distances in large and breakdown of common scaling laws
Raith, W., Rott, K., Tondera, M., Witthuhn, metallic clusters 541 713
B.: An optically pumped, highly polarized Gough, D.S. + Wannstrém, A., et al. 723 Kempter, V. — Brenten, H., et al. 563
cesium beam for the study of spin-dependent Granitza, B. + Baum, G., et al. 431 Khriplovich, 1.B., Pospelov, M.E.: Quadru-
electron scattering 431 Grechukhin, D.P. + Romanov, S.V. 667 pole P-odd electron-nucleus interaction 367
Becker, K. — Tarnovsky, V. 603 Hagmann, S. — Kelbch, C., et al. 713 Knezovic, S., Vadla, C., Movre, M.: Fine
Bengtsson, G.J.. Hansen, K., Larsson, J., Hammarén, E. -» Valkealahti, S., et al. 547 structure excitation transfer between the po-
Schade, W., Svanberg, S.: Determination of Hannaford, P. + Wannstrom, A., et al. 723 tassium 4?P states induced by collisions with
radiative lifetimes in neutral nitrogen using Hansen, K. — Bengtsson, G.J., et al. 397 cesium atoms 449
short laser pulses from a distributed feedback Harston, M.R., Shimamura, |, Kamimura, Kobayashi, N. - Kojima, T.M., et al. 645
dye laser 397 M.: Energy shift in (dt) e due to the finite Koch, R. — Kelbch, C., et al. 713
Bengtsson, G.J., Joénsson, P., Lars#@n, J., size of the muonic molecular ion (dty)* 635 Kojima, T.M., Kobayashi, N., Kaneko, Y.:
Svanberg, S.: Time-resolved spectroscopic Hartmann, W. — Ostertag, M., et al. 383 Helium cluster ions RgHe; (Rg= Ne, Ar and
studies of the 7p ?P states of neutral silver Heinemann, D. — Bastug, T., et al. 641 Kr, x $14) formed in a drift tube cooled by
following VUV excitation 437 Heinemann, D. — Kiirpick, P., et al. 407 liquid helium 645
Bergmann, K. —~ Rubahn, H.-G., et al. 401 Hermine, P., Parneix, P., Coutant, B., Amar, Kolb, D. — Bastug, T., et al. 641
Bhattacharya, R. + Das, M.B. 699 F.G., Bréchignac, Ph.: Resonant two-photon Konz, E. —~ Rubahn, H.-G., et al. 401
Bissantz, H., Andric, L., Hertzler, Ch., Foth, two-color photoionization (R2P2Cl) spectra Kraft, G. + Kelbch, C., et al. 713
H.-J., Linder, F.: Photofragment spectro- of aniline-Ar, clusters: isomer structures and Kraus, B. — Bittner, R., et al. 693
scopy of SO” in the wavelength range from solvent shifts 529 Kremeyer, S. — Speidel, K.-H., et al. 371
308-514.5nm 727 Hernandez, E.S. — Barranco, M., et al. 659 Kronfeldt, H.-D., Ashkenasi, D., Nikseresht,
Bolovinos, A. — Jimoyiannis, A., et al. 577 Hertel, 1.V. -+ Campbell, E.E.B., et al. 521 H.M.: Crossed-second-order effects in the
Bréchignac, Ph. + Hermine, P., et al. 529 Hertel, 1.V. — Nitsch, C., et al. 651 isotope shift for '7°~'°°Er and '®8~ !°°Er in
Brenac, A. — Ristori, Ch., et al. 425 Hertzler, Ch. — Bissantz, H., et al. 727 the configuration 4 f'?6s? 569
Brenten, H., Miller, H., Kempter, V.: Intra- Hervieux, P.A. — Ristori, Ch., et al. 425 Kuchiev, M.Y., Solv’yov, A.V., Yakhontov,
and interatomic Auger processes in collisions Hesse, S. + Baum, G., etal. 431 V.L.: Quadrupole moment oft he NS, ,.-state
of low energy He**, He*, He* (27S,2'S) Hielscher, A. - Campbell, E.E.B., et al. 521 of the hydrogen atom 679
and Li* with Li covered W(110) surfaces Hippler, R. + Dowek, D., et al. 735 Kumagai, H. + Kambara, T., et al. 451
563 Homer, M.L., Persson, J.L., Honea, E.C., Kirpick, P., Heinemann, D., Sepp, W.-D.,
Busch, H. — Speidel, K.-H., et al. 371 Whetten, R.L.: Ionization energies and Fricke, B.: Influence of occupation number
Biittner, R., Kraus, B., Schartner, K.-H., stabilities of Na,, n<25: shell structure from of single particle levels on K—K _ charge
Folkmann, F., Mokler, P.H., Moller, G.: measurements on cold clusters 441 transfer in collisions of 90 keV—Ne*®* on
EUV-spectroscopy of beam-foil excited Honea, E.C. + Homer, M.L., et al. 441 Ne 407
14.25 MeV/u Xe** +... Xe*?+-ions 693 Huber, B.A. — Ristori, Ch., et al. 425 Lamboley, G. — Ristori, Ch., et al. 425
Campbell, E.E.B., Schneider, R.R., Hielscher, Huster, R. — Weber, W., et al. 419 Lamy, Th. — Ristori, Ch., et al. 425
A., Tittes, A., Ehlich, R., Hertel, LV.: Col- Imiguez, M.P. + Glossman, M.D., et al. 541 Larsson, J. + Bengtsson, G.J., et al. 397, 437
lision induced fragmentation of mass-se- Jackschath, C., Rabin, I., Schulze, W.: Elec- Larsson, J. — Jiang, Z. 387
lected (CO,), clusters 521 tron impact ionization of silver clusters AG,, Leuer, B. + Baum, G., et al. 431
Cartwright, D.C. — Trajmar, S., et al. 457 n<36 517 Li, G.Z., Poggiani, R., Testera, G., Werth, G.:
Coutant, B. + Hermine, P., et al. 529 JakubaBa-Amundsen, D.H.: Second-order Adiabatic cooling of ions in the Penning
Crangon, J. — Ristori, Ch., et al. 425 theories for electron loss in fast collisions trap 375
Csanak, G. — Trajmar, S., et al. 457 with He atoms 701 Linder, F. — Bissantz, H., et al. 727
Cub, J. — Speidel, K.-H., et al. 371 Jiang, Z., Larsson, J.: Perturbations in the Lipparini, E., Pederiva, F.: A sum rule ap-
Das, M.B., Bhattacharya, R.: Lifetime mea- np''*P Rydberg sequences of neutral Yb proach to surface-plasmon dispersion in sim-
surements of three levels belonging to 4p *5d probed by Zeeman-effect and lifetime mea- ple metals 553
configuration of KrII 699 surements 387 Lombard, R.J. — Barranco, M., et al. 659
Dowek, D., Tepehan, G., Madeheim, H., Jimoyiannis, A., Bolovinos, A., Tsekeris, P.: Madeheim, H. + Dowek, D., et al. 735
Hippler, R.: Polarization studies of Lyman-a Detection of the even parity, J=0—3, au- Manninen, M. — Valkealahti, S., et al. 547
radiation emitted in atom-H,-molecule col- toionizing 4 dnl Rydberg states of strontium Maurel, M. — Ristori, Ch., et al. 425
lisions 735 by two-step laser optogalvanic spectro- Mehlhorn, W. — Weber, W., et al. 419
Ehlich, R. + Campbell, E.E.B., et al. 521 scopy 577 Mizogawa, T. - Kambara, T., et al. 451
Ehlotsky, F. — Varro, S. 619 Jénsson, P. + Bengtsson, G.J., et al. 437 Moc, J., Rudzinski, J.M., Ratajezak, H.: Ab
IV
initio calculation of the inversion barrier in Schartner, K.-H. — Biittner, R., et al. 693 Ulimann, K. — Kelbch, C., et al. 713
the germyl radical 629 Schiemann, S. + Rubahn, H.-G., et al. 401 Vadla, C., Veza, D., Movre, M., Niemax, K.:
Mokler, P.H. — Bittner, R., et al. 693 Schmidt-Bécking, H. — Kelbch, C., et al. Fine structure excitation transfer between
Médller, G. — Biittner, R., et al. 693 713 the lithium D-lines by collisions with cesium
Movre, M. — Knezovic, S., et al. 449 Schneider, R.R. -— Campbell, E.E.B., et al. atoms 591
Movre. M. — Vadla, C., et al. 591 521 Vadla, C. + Knezovic, S., et al. 449
Miller, H. — Brenten, H., et al. 563 Schuch, R. + Kambara, T., et al. 451 Vadla, C. + Veza, D., et al. 597
Narducci, L.M. — Zhu, S.Y., et al. 483 Schultz, D.R. -— Kelbch, C., et al. 713 Valkealahti, S.. Manninen, M., Hammarén,
Niemax, K. — Vadla, C.,etal. 591 Schulz, C.P. — Nitsch, C., et al. 651 E.: Simulation of cluster impact fusion 547
Niemax, K. — Veza, D., et al. 597 Schulze, W. — Jackschath, C., et al. 517 Varro, S., Ehlotsky, F.: Thomson scattering
Nikseresht, H.M. — Kronfeldt, H.-D., et al Scully, M.O., Zhu, S.Y., Fearn, H.: Lasing in strong external fields 619
569 without inversion. I. Initial atomic coher- Veza, D., Sansonetti, C.J.: lonization of lithi-
Nitsch, C., Schulz, C.P., Gerber, A., Zimmer- ence 471 um vapor by CW quasiresonant laser light
mann-Edling, W., Hertel, I.V.: Photoioniza- Scully, M.O. — Fearn, H., et al. 495 463
tion studies of free sodium ammonia clus- Scully, M.O. — Zhu, S.Y., et al. 483 Veza, D., Vadla, C., Niemax, K.: Excitation
ters 651 Sepp, W.D. — Bastug, T., et al. 641 energy transfer in the Li—Cs collision:
Olsen, R.E. — Kelbch, C., et al. 713 Sepp, W.-D. — Kiirpick, P., et al. 407 Li*(2 P)+Cs(6S)— Li(2S)+Cs*(SD) 597
Ostertag, M., Falecki, W., Hartmann, W.: Ra- Serra, Ll. ~ Barranco, M., et al. 659 Veza, D. — Vadla, C., et al. 591
diation transport within the natural isotopic Shibata, H. + Kambara, T., et al. 451 Wa4nnstrém, A., Gough, D.S., Hannaford, P.:
mixture of rubidium vapor after isotope se- Shima, K. + Kambara, T., et al. 451 Hyperfine structure measurements in tanta-
lective excitation 383 Shimamura, I. + Harston, M.R., et al. 635 lum I using laser saturation spectroscopy in
Parneix, P. + Hermine, P., et al. 529 Smit, Z.: Semiclassical approach to K shell a sputtered vapour 723
Passek, F. — Speidel, K.-H., et al. 371 ionization: hydrogenic wave functions 411 Weber, W., Huster, R.. Kamm, M., Mehlhorn,
Pederiva, F. — Lipparini, E. 553 Solv’yov, A.V. — Kuchiev, M.Y., et al. 679 W.: Alignment of Ar* (2p~ '? P,,.) ions after
Perrin, P. — Ristori, Ch., et al. 425 Speidel, K.-H., Reuter, U., Cub, J., Karle, W., electron impact ionization in the range | keV
Persson, J.L. - Homer, M.L., et al. 441 Passek, F., Busch, H., Kremeyer, S., Gerber, to 268 eV 419
Poggiani, R. — Li, G.Z., et al. 375 J.: Evidence for electron orbital dependence Werth, G. — Li, G.Z., et al. 375
Pospelov, M.E. — Khriplovich, LB. 367 of ion-beam induced attenuations of tran- Whetten, R.L. + Homer, M.L., et al. 441
Rabin, I. — Jackschath, C., et al. 517 sient magnetic fields 371 Witthuhn, B. + Baum, G., et al. 431
Raith, W. — Baum, G., etal. 431 Staemmler, V.: Ab initio calculation of the Yakhontov, V.L. -— Kuchiev, M.Y., et al.
Ratajczak, H. + Moc, J., et al. 629 vertical excitation energies of small helium 679
Ratliff, J.M. — Trajmar, S., et al. 457 cluster ions 741 Zadworny, F. — Ristori, Ch., et al. 425
Reinhold, C.O. -» Kelbch, C., et al. 713 Stahlberg, B.: Multimode 633 nm He-Ne laser Zhang, H.Z., Gao, J.Y.: Response to modula-
Reuter, U. - Speidel, K.-H., et al. 371 interaction with a magnetically tuned exter- tion of parameters in the vibro-rotational
Ristori, Ch., Hervieux, P.A.. Maurel, M., nal Ne absorber 391 model for a CO, laser 511
Andra, H.J., Brenac, A., Crangon, J., Lambo- Svanberg, S. — Bengtsson, G.J., et al. 397, Zhu, S.Y., Scully, M.O., Fearn, H., Narducci,
ley, G., Lamy, Th., Perrin, P., Rocco, J.C., 437 L.M.: Lasing without inversion. II. Raman
Zadworny, F., Huber, B.A.: Experimental Tarnovsky, V., Becker, K.: The electron-im- process created atomic coherence 483
study of electron impact excitation of multi- pact ionization of Ar and Kr revisited: a crit- Zhu, S.Y. — Fearn, H., et al. 495
ply charged ions 425 ical analysis of double-to-single ionization Zhu, S.Y. — Scully, M.O., et al. 471
Rocco, J.C. — Ristori, Ch., et al. 425 cross section ratio measurements using the Zigman, V.J.: Evaluation of the viscosity cross
Romanov, S.V., Grechukhin, D.P.: A role of fast-atom-beam technique 603 sections for elastic electron-atom collisions
the hyperfine interaction of the negative Tepehan, G. + Dowek, D., et al. 735 in krypton and xenon at low electron ener-
muon and an electron shell in forming P-odd Testera, G. — Li, G.Z., et al. 375 gies 611
correlations in the muonic ion n° Ne 667 Tittes, A. - Campbell, E.E.B., et al. 521 Zimmermann-Edling, W. — Nitsch, C., et al.
Rott, K. + Baum, G., et al. 431 Tondera, M. + Baum, G., etal. 431 651
Rubahn, H.-G., Konz, E., Schiemann, S., Toscano, M., Russo, N.: Geometric and elec-
Bergmann, K.: Alignment of electronic angu- tronic structure of ground and excited states
lar momentum by stimulated Raman scatter- of group VA diatomics. A_ theoretical
ing with delayed pulses 401 LCGTO-MP-LSD study 683
Rudzinski, J.M. -— Moc, J., et al. 629 Trajmar, S., Ratliff, J.M., Csanak, G., Cart-
Russo, N. — Toscano, M. 683 wright, D.C.: Proposed standard inelastic
Sansonetti, CJ. — Veza,D. 463 differential electron scattering cross sections; Indexed in Current Contents
Sargent, M. III — Fearn, H., et al. 495 Excitation of the 2' P level in He 457 Evaluated and abstracted
Schade, W. — Bengtsson, G.J., et al. 397 Tsekeris, P. — Jimoyiannis, A., et al. 577 for PHYS on STN