Comment from Experimental Results on “Was H2− Observed in Solid H2? A Theoretical Answer” (H. U. Suter, B. Engels and S. Lunell, Adv. Quantum Chem. 40 (2001) 133)
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Elsevier
Reference10 articles.
1. ESR studies of a new reactive species produced in γ-ray irradiated solid para-H2 at 4.2 K
2. Experimental observation of H2− anions by high-resolution ESR spectroscopy in γ-ray irradiated quantum solid parahydrogen at 4.2 K
3. Decay Behaviors of H2- Anions in Solid Parahydrogen: Effect of Nuclear Spins on Chemical Reactions
4. Observation of Electron Bubbles in para-H2−D2 (HD) Mixtures by High-Resolution ESR Spectroscopy
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1. Electron spin resonance study on H6+, H5D+, H4D2+, and H2D4+ in solid parahydrogen;The Journal of Chemical Physics;2007-07-14
2. H6+ in irradiated solid para-hydrogen and its decay dynamics: Reinvestigation of quartet electron paramagnetic resonance lines assigned to H2?;Physical Chemistry Chemical Physics;2005
3. Is the ESR spectrum attributable to H2–or H2+(H2)2? Precise measurement of the g-value and anisotropic hyperfine structure in γ-irradiated solid parahydrogen;Phys. Chem. Chem. Phys.;2004
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