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- Ion_beam_analysis abstract "Ion beam analysis ("IBA") is an important family of modern analytical techniques involving the use of MeV ion beams to probe the composition and obtain elemental depth profiles in the near-surface layer of solids. All IBA methods are highly sensitive and allow the detection of elements in the sub-monolayer range. The depth resolution is typically in the range of a fewnanometers to a few ten nanometers. Atomic depth resolution can be achieved, but requires special equipment. The analyzed depth ranges from a few ten nanometers to a few ten micrometers. IBA methods are always quantitative with an accuracy of a few percent. Channeling allows to determine the depth profile of damage in single crystals.RBS: Rutherford backscattering is sensitive to heavy elements in a light matrixEBS: Elastic (non-Rutherford) backscattering spectrometry can be sensitive even to light elements in a heavy matrix. The term EBS is used when the incident particle is going so fast that it exceeds the "Coulomb barrier" of the target nucleus, which therefore cannot be treated by Rutherford's approximation of a point charge. In this case Schrödinger's equation should be solved to obtain the scattering cross-section (see http://www-nds.iaea.org/sigmacalc/).ERD: Elastic recoil detection is sensitive to light elements in a heavy matrixPIXE: Particle induced X-ray emission gives the trace and minor elemental compositionNRA: Nuclear reaction analysis is sensitive to particular isotopes Channelling: The fast ion beam can be aligned accurately with major axes of single crystals; then the strings of atoms "shadow" each other and the backscattering yield falls dramatically. Any atoms off their lattice sites will give visible extra scattering. Thus damage to the crystal is visible, and point defects (interstitials) can even be distinguished from dislocations.The quantitative evaluation of IBA methods requires the use of specialized simulation and data analysis software. SIMNRA and DataFurnace are popular programs for the analysis of RBS, ERD and NRA, while GUPIX is popular for PIXE.IBA is an area of active research. The last major Nuclear Microbeam conference in Debrecen (Hungary) was published in NIMB 267(12-13).".
- Ion_beam_analysis wikiPageExternalLink nimb.
- Ion_beam_analysis wikiPageExternalLink iba2013.labworks.org.
- Ion_beam_analysis wikiPageExternalLink iba2015.irb.hr.
- Ion_beam_analysis wikiPageExternalLink icnmta.atomki.hu.
- Ion_beam_analysis wikiPageExternalLink ecaart9.
- Ion_beam_analysis wikiPageExternalLink gupix.
- Ion_beam_analysis wikiPageExternalLink )..
- Ion_beam_analysis wikiPageExternalLink te_1342_web.pdf.
- Ion_beam_analysis wikiPageExternalLink www.acceleratorer.com.
- Ion_beam_analysis wikiPageExternalLink www.ecaart-11.be.
- Ion_beam_analysis wikiPageExternalLink www.ecaart10.gr.
- Ion_beam_analysis wikiPageExternalLink pixe2007.
- Ion_beam_analysis wikiPageExternalLink www.iba2009.org.
- Ion_beam_analysis wikiPageExternalLink www.iba2011.org.
- Ion_beam_analysis wikiPageExternalLink uk_lfi_ndf.htm.
- Ion_beam_analysis wikiPageExternalLink ,.
- Ion_beam_analysis wikiPageExternalLink ~mam.
- Ion_beam_analysis wikiPageExternalLink ndf.htm.
- Ion_beam_analysis wikiPageExternalLink PIXE12.
- Ion_beam_analysis wikiPageExternalLink 2013.
- Ion_beam_analysis wikiPageExternalLink iba2007.
- Ion_beam_analysis wikiPageID "2370766".
- Ion_beam_analysis wikiPageLength "4264".
- Ion_beam_analysis wikiPageOutDegree "15".
- Ion_beam_analysis wikiPageRevisionID "623291199".
- Ion_beam_analysis wikiPageWikiLink Analytical_technique.
- Ion_beam_analysis wikiPageWikiLink Category:Materials_science.
- Ion_beam_analysis wikiPageWikiLink Coulomb_barrier.
- Ion_beam_analysis wikiPageWikiLink Crystal.
- Ion_beam_analysis wikiPageWikiLink Crystal_structure.
- Ion_beam_analysis wikiPageWikiLink Crystals.
- Ion_beam_analysis wikiPageWikiLink Dislocation.
- Ion_beam_analysis wikiPageWikiLink Dislocations.
- Ion_beam_analysis wikiPageWikiLink Elastic_recoil_detection.
- Ion_beam_analysis wikiPageWikiLink Electronvolt.
- Ion_beam_analysis wikiPageWikiLink Ernest_Rutherford.
- Ion_beam_analysis wikiPageWikiLink Interstitial_defect.
- Ion_beam_analysis wikiPageWikiLink Ion_beam.
- Ion_beam_analysis wikiPageWikiLink MeV.
- Ion_beam_analysis wikiPageWikiLink Nuclear_reaction_analysis.
- Ion_beam_analysis wikiPageWikiLink Particle-induced_X-ray_emission.
- Ion_beam_analysis wikiPageWikiLink Particle_induced_X-ray_emission.
- Ion_beam_analysis wikiPageWikiLink Rutherford_backscattering.
- Ion_beam_analysis wikiPageWikiLink Rutherford_backscattering_spectrometry.
- Ion_beam_analysis wikiPageWikiLink Schrödinger_equation.
- Ion_beam_analysis wikiPageWikiLinkText "Analysis".
- Ion_beam_analysis wikiPageWikiLinkText "IBA".
- Ion_beam_analysis wikiPageWikiLinkText "Ion beam analysis".
- Ion_beam_analysis wikiPageWikiLinkText "ion beam analysis".
- Ion_beam_analysis hasPhotoCollection Ion_beam_analysis.
- Ion_beam_analysis subject Category:Materials_science.
- Ion_beam_analysis hypernym Family.
- Ion_beam_analysis comment "Ion beam analysis ("IBA") is an important family of modern analytical techniques involving the use of MeV ion beams to probe the composition and obtain elemental depth profiles in the near-surface layer of solids. All IBA methods are highly sensitive and allow the detection of elements in the sub-monolayer range. The depth resolution is typically in the range of a fewnanometers to a few ten nanometers. Atomic depth resolution can be achieved, but requires special equipment.".
- Ion_beam_analysis label "Ion beam analysis".
- Ion_beam_analysis sameAs m.0774jg.
- Ion_beam_analysis sameAs Q6063405.
- Ion_beam_analysis sameAs Q6063405.
- Ion_beam_analysis wasDerivedFrom Ion_beam_analysis?oldid=623291199.
- Ion_beam_analysis isPrimaryTopicOf Ion_beam_analysis.