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Results: 1-7 |
Results: 7
MULTIPHONON HE ATOM SCATTERING FROM XE OVERLAYERS ON CU(111) AND CU(001) SURFACES
Authors: BRAUN J FUHRMANN D BERTINO M GRAHAM AP TOENNIES JP WOLL C BILIC A GUMHALTER B
Citation: J. Braun et al., MULTIPHONON HE ATOM SCATTERING FROM XE OVERLAYERS ON CU(111) AND CU(001) SURFACES, The Journal of chemical physics, 106(23), 1997, pp. 9922-9929
THE LOW-ENERGY THERMAL EXCITATION SPECTRUM OF NITROGEN MOLECULES ADSORBED ON NI(110) - IMPLICATIONS FOR MOLECULAR ADSORPTION SITES
Authors: BERTINO M STEINHOGL W RANGE H HOFMANN F WITTE G HULPKE E WOLL C
Citation: M. Bertino et al., THE LOW-ENERGY THERMAL EXCITATION SPECTRUM OF NITROGEN MOLECULES ADSORBED ON NI(110) - IMPLICATIONS FOR MOLECULAR ADSORPTION SITES, Applied physics A: Materials science & processing, 62(2), 1996, pp. 95-101
PERFORMANCE OF A SCINTILLATING FIBERS SEMIPROJECTIVE ELECTROMAGNETIC CALORIMETER
Authors: BERTINO M BINI C DEZORZI G PALAZZI GD DICOSIMO G DIDOMENICO A GARUFI F GAUZZI P ZANELLO D
Citation: M. Bertino et al., PERFORMANCE OF A SCINTILLATING FIBERS SEMIPROJECTIVE ELECTROMAGNETIC CALORIMETER, Nuclear physics. B, 1995, pp. 163-167
PERFORMANCE OF A SCINTILLATING FIBERS SEMIPROJECTIVE ELECTROMAGNETIC CALORIMETER
Authors: BERTINO M BINI C DEZORZI G PALAZZI GD DICOSIMO G DIDOMENICO A GARUFI F GAUZZI P ZANELLO D
Citation: M. Bertino et al., PERFORMANCE OF A SCINTILLATING FIBERS SEMIPROJECTIVE ELECTROMAGNETIC CALORIMETER, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 357(2-3), 1995, pp. 363-368
THE 2.7 EV PHOTOLUMINESCENCE BAND IN HIGH-PURITY SYNTHETIC SILICA
Authors: BERTINO M CORAZZA A MARTINI M MERVIC A SPINOLO G
Citation: M. Bertino et al., THE 2.7 EV PHOTOLUMINESCENCE BAND IN HIGH-PURITY SYNTHETIC SILICA, Journal of physics. Condensed matter, 6(31), 1994, pp. 6345-6352
THERMAL-NEUTRON RADIATION-DAMAGE ON LIGHT YIELD AND ATTENUATION LENGTH OF SCINTILLATING FIBERS
Authors: ASMONE A BERTINO M BINI C DEZORZI G PALAZZI GD DICOSIMO G DIDOMENICO A GARUFI F GAUZZI P ZANELLO D FESTINESI A
Citation: A. Asmone et al., THERMAL-NEUTRON RADIATION-DAMAGE ON LIGHT YIELD AND ATTENUATION LENGTH OF SCINTILLATING FIBERS, Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 338(2-3), 1994, pp. 398-403
HIGH-RESOLUTION HELIUM SCATTERING STUDIES OF INELASTIC INTERFERENCE STRUCTURES OF THE FRUSTRATED TRANSLATIONAL MODE OF CO ON CU(001)
Authors: BERTINO M ELLIS J HOFMANN F TOENNIES JP MANSON JR
Citation: M. Bertino et al., HIGH-RESOLUTION HELIUM SCATTERING STUDIES OF INELASTIC INTERFERENCE STRUCTURES OF THE FRUSTRATED TRANSLATIONAL MODE OF CO ON CU(001), Physical review letters, 73(4), 1994, pp. 605-608
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