ioChem-Find: Universal Scaling Relationships for the Rational Design of Molecular Water Oxidation Catalysts with Near-Zero Overpotential

Universal Scaling Relationships for the Rational Design of Molecular Water Oxidation Catalysts with Near-Zero Overpotential

CC-BY-4.0

The original dataset source can be reviewed here

This dataset derived results are published in:

Manuscript title: Universal scaling relations for the rational design of molecular water oxidation catalysts with near-zero overpotential

Journal: Nat. Commun.

DOI: 10.1038/s41467-019-12994-w

View as Tree List

ROOT
- dispersion
  - Co_16
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Cu_15
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Fe_13
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Fe_14
    - Eo4
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - Mn_10
    - Eo4
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - Mn_11
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Mn_12
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Ni_17
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Ru_1
    - evac
    - o4
    - o5
    - oh
    - ooh
  - Ru_2
    - evac
    - o4
    - o5
    - oh
    - ooh
  - Ru_3
    - Eo4
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - Ru_4
    - Eo
      - dispersion_newrun
    - Eoh
    - Eooh
    - Evac
  - Ru_5
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Ru_6
    - Eo
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - Ru_7
    - Eo4
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - Ru_8
    - Eo
    - Eoh
    - Eooh
    - Evac
  - Ru_9
    - Eo
    - Eo5
    - Eoh
    - Eooh
    - Evac
  - dimers
    - Ru_1
    - Ru_2
      - dispersion_o4
      - dispersion_o5
    - Ru_3
    - Ru_5