Section I. Plenary invited talksDetermination of hydrogen surface coverage of Pt0.5Ni0.5 single crystals by NRA
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Cited by (8)
Energy levels of light nuclei A = 12
2017, Nuclear Physics AHydrogen detection near surfaces and shallow interfaces with resonant nuclear reaction analysis
2014, Surface Science ReportsCitation Excerpt :The latter conclusion was encouraged by the observation that at 270 K the work function remained strongly reduced relative to clean Pt(111), which seemingly suggested that H was still present on or very close below the surface. Mortensen et al., however, combined the NRA D coverage measurement with transmission channeling at thin Pt(111) single crystal films, which definitely ruled out D occupation of octahedral interstitial sites below the Pt(111) surface for the questionable temperature regime (110–300 K) [280]. In addition their channeling data specified the D adsorption position on Pt(111) as the fcc three-fold hollow site at a height of 0.58 Å above the surface and thereby clearly ruled out hcp site occupation that also had been given consideration at the time.
On the near surface yield of the <sup>1</sup>H(<sup>15</sup>N,αγ)<sup>12</sup>C nuclear reaction and initial charge state equilibration
1994, Nuclear Inst. and Methods in Physics Research, BHydrogen on Pt<inf>0.5</inf>Ni<inf>0.5</inf>(110), alloying effects upon adsorption
1994, Surface ScienceEnergy levels of light nuclei A = 16-17
1993, Nuclear Physics, Section AElectrochemical dealloying of bimetallic ORR nanoparticle catalysts at constant electrode potentials
2015, Journal of the Electrochemical Society
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