Determining the energy distribution of electrons produced in associative detachment: The electron spectrometer with multipole trap
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- Type
- article
- Published
- 2013-10-15
- Cited by
- 11
- References
- 33
- OpenAlex
- https://openalex.org/W2011898967
- Semantic Scholar
- https://api.semanticscholar.org/CorpusID:96208718
Keywords
Chemistry, Electron, Multipole expansion, Spectrometer, Trap (plumbing)
References
- Automated Solution of Differential Equations by the Finite Element Method: The FEniCS Book
- Dissociative attachment in NO2 and CO2
- Confinement of ions created externally in a quadrupole ion trap operated in the combined Penning and radio‐frequency mode
- Excitation of Radial Ion Motion in an rf-Only Multipole Ion Guide Immersed in a Strong Magnetic Field Gradient
- Thermal effects in the photoelectron spectra ofNaN−clusters(N=4–19)
- Reactive scattering and electron detachment in O− collisions with H2. Nascent product energy distributions
- The fall of charged particles under gravity : a study of experimental problems
- Product vibrational state distributions in thermal energy associative detachment reactions: F−+H,D → HF(v), DF(v)+e−
- Vibrational state-resolved study of the O−+H2 reaction: Isotope effects on the product energy partitioning
- Numerical simulations of kinetic ion temperature in a cryogenic linear multipole trap
- Dissociative electron attachment to the H2O molecule. I. Complex-valued potential-energy surfaces for the 2B1, 2A1, and 2B2 metastable states of the water anion
- Associative Detachment of O − with CO, H 2 , and O 2
- Theoretical Interpretation of the Optical and Electron Scattering Spectra of H2O
- On the structure and stability of the H2O− ion
- Observations of the effects of adsorbates on patch potentials
- A combined linear ion trap for mass spectrometry
- ION TRAP STUDIES OF H− + H → H2 + e− BETWEEN 10 AND 135 K
- The collimating and magnifying properties of a superconducting field photoelectron spectrometer
- Flow‐drift technique for ion mobility and ion‐molecule reaction rate constant measurements. III. Negative ion reactions of O− with CO, NO, H2, and D2
- Absolute photodetachment cross section measurements of the O(-) and OH(-) anion.
Cited by
- Interaction of O(-) and H2 at low temperatures.
- H/D exchange in reactions of OH(-) with D2 and of OD(-) with H2 at low temperatures.
- Lowest autodetachment state of the water anion
- Negative Ions in Space.
- Reactions of O− with D2 at low temperatures 10 − 300 K
- Reactions of O− with D2 at temperatures below 300 K
- Effect of rotational excitation of H2 on isotopic exchange reaction with OD− at low temperatures
- Ground-State Pd Anions React with H2 Much Faster than the Excited Pd Anions.
- Measuring the Energy of 229Th Isomer Decay
- Global potential energy surface for the ground state of H2O− and dynamics studies of the O− + H2 → H + OH− reaction
- Low-Temperature Collisions of O- Anions with CH4 and C2H2: Reaction Rate Coefficients and Product Branching Fractions.
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