Inverted-mode STM achieves controlled C2 donation to pre-patterned sites on hydrogenated Si(100), enabling single-site, multi-site, and stepwise polyyne assembly.
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Isotope-dependent quantum coherence in non-resonant electron scattering dissociation is observed in D2 across energies, with HD showing mass-independent asymmetry explained by Franck-Condon region behavior.
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Atomically precise mechanosynthesis of carbon structures on hydrogenated Si(100) by inverted-mode STM
Inverted-mode STM achieves controlled C2 donation to pre-patterned sites on hydrogenated Si(100), enabling single-site, multi-site, and stepwise polyyne assembly.
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Inelastic electron scattering induced quantum coherence: isotope effect
Isotope-dependent quantum coherence in non-resonant electron scattering dissociation is observed in D2 across energies, with HD showing mass-independent asymmetry explained by Franck-Condon region behavior.