papers
- ApplPhysLett_94_261102_2009_Si_Brewer_Haeften.pdf
- ChemPhysLett_305_327_1999_moussavizadeh_haeften.pdf
- Fluorescence excitation spectroscopy of Xenon doped Neon clusters: size and site effects, and cluster melting
- Electronic excitations of Xe atoms and Xe2 mole- cules embedded in free Ne clusters are studied with time resolved fluorescence excitation spectroscopy. Several dis- tinct absorption bands blueshifted relativ to the first atomic resonance line of Xe are observed and are attributed to Xe or Xe2 located in different sites. For Ne clusters containing less than 300 atoms only interior sites are observed indicat- ing that small Ne clusters are liquid-like.
- JElSpecRelP_101_185_1999_moeller_decastro_haeften.pdf
- JElSpecRelP_106_2000_haeften.pdf
- JLowTempPhys_162_702_2011_Hemob_low_density_Aitken_Bonifaci_Denat_Haeften.pdf
- JPhysChemA_115_7316_2011_Haeften_Laarmann_Wabnitz_Moller_Fink.pdf
- LowTemPhys_37_2011_Li_Bonifaci_Denat_Atrazhev_Shakatov_Haeften.pdf
- Nanotechnology_22_315711_2011_Torricelli_Akraiam_Haeften.pdf
- PCCP_13_719_2010_mobility_Aitken_Haeften.pdf
- PhysRevLett_87_153403_2001_haeften.pdf
- EurPhysJD_9_5_1999_photochem_moeller_haeften.pdf
- SurfRevLett_9_1_11_2002_coreshell_laarmann_haeften.pdf
- JPhysB_38_373_2005_haeften_laarmann_wabnitz_moeller.pdf
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