Below-surface behavior of hydrogen studied by nuclear reaction analysis

Current Opinion in Solid State and Materials Science

Volumn 6, Issue 2, 2002, Pages 153-161

  Fukutani, K ^a  

^a INSTITUTE OF INDUSTRIAL SCIENCE   (Japan)

Author keywords

Hydrogen; Interface; Nuclear reaction analysis; Subsurface; Surface

Indexed keywords

HYDROGEN; SURFACE PROPERTY;

EID: 0036554996     PISSN: 13590286     EISSN: None     Source Type: Journal    
DOI: 10.1016/S1359-0286(02)00039-6     Document Type: Article

References (56)

1. Interaction of hydrogen with solid surfaces
2. Hydrogen-modification of electronic surface, bulk, and interface properties of silicon
3. Reactions at surfaces studied by ab initio dynamics calculations
4. 2 on metal surfaces
5. State resolved desorption measurements as a probe of surface reactions
6. 2) on Cu and Pd
7. Scattering dynamics of hydrogen molecules on metal alloy surfaces - Probing local surface reactivity with hydrogen molecules
8. Hydrogen interaction with clean and modified silicon surfaces
9. Hydrogen at the surface and interface of metals on Si(111)
10. Interaction of hydrogen with a Pd(111) surface
11. Evidence for 'subsurface' hydrogen on Pd(110): An intermediate between chemisorbed and dissolved species
12. Selective transition of chemisorbed hydrogen to subsurface sites on Pd(110)
13. Hydrogen embedded in Ni: Production by incident atomic hydrogen and detection by high-resolution electron energy loss
14. New precision technique for measuring the concentration versus depth of hydrogen in solids
15. 1H depth location I. Resonance width measurement
16. Analysis for hydrogen by nuclear reaction and energy recoil detection
17. 12C reaction
18. Elastic recoil detection for medium-energy ion-scattering
19. A high resolution magnetic spectrograph for ion beam analysis
20. Hydrogen depth profiling with sub-nm resolution ERD
21. Ion beam analysis with monolayer depth resolution
22. High resolution techniques for nuclear reaction narrow resonance width measurements and for shallow depth profiling
23. Nuclear reaction spectroscopy of vibrational modes of solids
24. 12C nuclear reaction
25. Zero-point vibration of hydrogen adsorbed on Si and Pt surfaces
26. Energy widths of ion beams from a tandem accelerator
27. 15N ions in solids
28. Nuclear-reaction analysis of H at the Pb/Si(111) interface: Monolayer depth distinction and interface structure
29. 2 from/on/in Pd(111)
30. Some general aspects of hydrogen chemisorption on metal surfaces
31. The transition of chemisorbed hydrogen into subsurface sites on Pd(311)
32. Adsorption and absorption of hydrogen on a palladium (210) surface: A combined LEED, TDS, δΦ and HREELS study
33. Path and mechanism of hydrogen absorption at Pd(100)
34. Subsurface hydrogen at Pd(100) induced by gas-phase atomic hydrogen
35. Depth-resolved analysis of subsurface hydrogen absorbed by Pd(100)
36. Sticking, adsorption, and absorption of atomic H on Cu(110)
37. Interaction of thermal H atoms with Ni(100)-H surfaces: Through surface penetration and adsorbed hydrogen abstraction
38. Dynamics and kinetics of subsurface absorption and desorption for the system hydrogen (deuterium)-Ni(111)
39. Interaction of H atoms with Cu(111) surfaces: Adsorption, absorption, and abstraction
40. 2 from the surface and subsurface region of Ni(111)
41. Hydrogen sorption by Ti(0001) single crystal surfaces
42. Stability of different hydrides at the Au/hydrogenated-Si interface
43. Hydrogen segregation and trapping in the Al/Si(111) interface
44. The behavior of hydrogen on Ag-deposited H/Si(111) and H/W(001) using a resonance nuclear reaction
45. Interface Hydrogen between Pb overlayer and H-saturated Si(111) studied by a resonance nuclear reaction
46. H coverage dependence of Si(001) homoepitaxy
47. High-resolution depth analysis of hydrogen by resonance nuclear reaction: A-Si/H/Si(001)
48. Solid-phase epitaxial growth of Ge on H-terminated and oxidized Si(100) surfaces
49. Nuclear reaction analysis of hydrogen migration in silicon dioxide films on silicon under N-15 ion irradiation
50. 2/ Si(100) interfaces revealed by in-situ nuclear reaction analysis