{
  "id": "voltpeer-layout-electrolyte-design-overview",
  "version": "2.0.0",
  "name": "Electrolyte overview: structure, interface and application",
  "name_zh": "电解液研究总图：结构、界面与应用",
  "author": "VoltPeer",
  "license": "MIT",
  "category": "layout",
  "status": "community",
  "description": "9 empty editable panels. Structural and interface evidence are separated; full-cell outcomes occupy a broad bottom panel, independent of structural hypotheses.",
  "description_zh": "9 个空白可编辑面板。结构证据和界面观测分层；全电池结果占底部宽幅，结构假说不代替性能证据。",
  "created_at": "2026-10-03",
  "updated_at": "2026-10-03",
  "tags": [
    "original-layout",
    "solvation",
    "empty-panels"
  ],
  "source": "Original VoltPeer empty-panel layout; literature informs evidence roles only. No paper geometry, images or data copied.",
  "permissions": {
    "public_display": true,
    "registry": true,
    "automated_testing": true,
    "model_training": false
  },
  "template_collection": "voltpeer-layouts-20",
  "scientific_review": "not_claimed",
  "research_topic": "solvation",
  "panel_count": 9,
  "roles": [
    "Composition & phase",
    "Raman / IR evidence",
    "Defined MD model",
    "RDF & coordination",
    "Measured transport",
    "Depth-resolved chemistry",
    "Matched morphology",
    "Full-cell cycling",
    "Independent cells"
  ],
  "minimum_width_mm": 180,
  "minimum_font_pt": 8,
  "canvas": {
    "width_mm": 180,
    "height_mm": 121.5,
    "margin_mm": 4.05,
    "gutter_mm": 2.025
  },
  "grid": {
    "rows": 3,
    "cols": 5,
    "row_weights": [
      1,
      1.15,
      1.45
    ],
    "col_weights": [
      1,
      1,
      1,
      1,
      1
    ]
  },
  "panels": [
    {
      "label": "a",
      "role": "Composition & phase",
      "role_zh": "配方与相态",
      "short_label": "Composition",
      "short_label_zh": "配方组成",
      "evidence_type": "formulation",
      "required_input": "Actual component amounts and composition basis; phase boundaries require measured observations.",
      "row": 1,
      "col": 1,
      "rowspan": 1,
      "colspan": 1
    },
    {
      "label": "b",
      "role": "Raman / IR evidence",
      "role_zh": "Raman / IR 证据",
      "short_label": "Raman / IR",
      "short_label_zh": "Raman / IR",
      "evidence_type": "raman",
      "required_input": "Raw spectrum, reference/control, acquisition/background and independently supported peak assignments.",
      "row": 1,
      "col": 2,
      "rowspan": 1,
      "colspan": 2
    },
    {
      "label": "c",
      "role": "Defined MD model",
      "role_zh": "明确模型的 MD",
      "short_label": "MD model",
      "short_label_zh": "MD 模型",
      "evidence_type": "md",
      "required_input": "Force field, box composition, trajectory length, equilibration and sampling; model sensitivity.",
      "row": 1,
      "col": 4,
      "rowspan": 1,
      "colspan": 2
    },
    {
      "label": "d",
      "role": "RDF & coordination",
      "role_zh": "RDF 与配位统计",
      "short_label": "RDF & coordination",
      "short_label_zh": "RDF 与配位",
      "evidence_type": "rdf",
      "required_input": "Atom pairs, density, integration cutoff and uncertainty; CN computed from the same RDF/trajectory.",
      "row": 2,
      "col": 1,
      "rowspan": 1,
      "colspan": 2
    },
    {
      "label": "e",
      "role": "Measured transport",
      "role_zh": "实测输运性质",
      "short_label": "Measured transport",
      "short_label_zh": "实测输运",
      "evidence_type": "transport",
      "required_input": "Conductivity/viscosity or diffusion with temperature, concentration and method; not interchangeable quantities.",
      "row": 2,
      "col": 3,
      "rowspan": 1,
      "colspan": 1
    },
    {
      "label": "f",
      "role": "Depth-resolved chemistry",
      "role_zh": "深度组分与标定",
      "short_label": "Depth chemistry",
      "short_label_zh": "深度化学",
      "evidence_type": "depth",
      "required_input": "Ion identity, sputter conditions, calibration and common states; sputter time is not depth without calibration.",
      "row": 2,
      "col": 4,
      "rowspan": 1,
      "colspan": 1
    },
    {
      "label": "g",
      "role": "Matched morphology",
      "role_zh": "同条件形貌",
      "short_label": "Morphology",
      "short_label_zh": "形貌",
      "evidence_type": "surface",
      "required_input": "Matched state/history, sampling location and scale bars; multiple fields or specimens.",
      "row": 2,
      "col": 5,
      "rowspan": 1,
      "colspan": 1
    },
    {
      "label": "h",
      "role": "Full-cell cycling",
      "role_zh": "全电池循环",
      "short_label": "Cycling record",
      "short_label_zh": "循环记录",
      "evidence_type": "cycling",
      "required_input": "Capacity versus cycle; active-mass/areal basis, cut-offs, rate and independent cells.",
      "row": 3,
      "col": 1,
      "rowspan": 1,
      "colspan": 4
    },
    {
      "label": "i",
      "role": "Independent cells",
      "role_zh": "独立电池与重复",
      "short_label": "Repeat cells",
      "short_label_zh": "独立样品",
      "evidence_type": "repeat",
      "required_input": "Individual independent specimens, sample size and uncertainty definition; cycles are not independent replicates.",
      "row": 3,
      "col": 5,
      "rowspan": 1,
      "colspan": 1
    }
  ],
  "evidence_sources": [
    {
      "title": "Localized high-concentration electrolytes get more localized through micelle-like structures",
      "doi": "10.1038/s41563-023-01700-3",
      "url": "https://www.nature.com/articles/s41563-023-01700-3",
      "figures": "Figures 2–5",
      "checked": "Publisher abstract and figure headings/captions available in the preview",
      "checked_at": "2026-10-02",
      "learning_note": "Connect composition and phase behaviour to Raman/MD, then separately assess electrochemistry and interphase observations.",
      "scope": "Evidence organisation only. No paper images, data, geometry or quantitative claims copied.",
      "rights_scope": "Citation only. Paper copyright/licence is independent; no figure pixels, geometry, data or article text redistributed."
    },
    {
      "title": "Dynamic doping and interphase stabilization for cobalt-free and high-voltage Lithium metal batteries",
      "doi": "10.1038/s41467-025-58110-z",
      "url": "https://www.nature.com/articles/s41467-025-58110-z",
      "figures": "Figure 4",
      "checked": "Publisher Figure 4 caption",
      "checked_at": "2026-10-02",
      "learning_note": "Link depth-resolved chemistry, EIS/DRT and matched microscopy without treating a single technique as causal proof.",
      "scope": "Evidence organisation only. No paper images, data, geometry or quantitative claims copied.",
      "rights_scope": "Citation only. Paper copyright/licence is independent; no figure pixels, geometry, data or article text redistributed."
    },
    {
      "title": "Aligning academia and industry for unified battery performance metrics",
      "doi": "10.1038/s41467-018-07599-8",
      "url": "https://www.nature.com/articles/s41467-018-07599-8",
      "figures": "Commentary; performance reporting",
      "checked": "Publisher abstract",
      "checked_at": "2026-10-02",
      "learning_note": "Use application-relevant conditions; capacity, efficiency and cyclability answer different questions.",
      "scope": "Evidence organisation only. No paper images, data, geometry or quantitative claims copied.",
      "rights_scope": "Citation only. Paper copyright/licence is independent; no figure pixels, geometry, data or article text redistributed."
    }
  ],
  "evidence_flow": "Design → structure → interface → cell-level outcome",
  "evidence_flow_zh": "设计 → 结构 → 界面 → 电池结果",
  "geometry_rationale": "Structural and interface evidence are separated; full-cell outcomes occupy a broad bottom panel, independent of structural hypotheses.",
  "geometry_rationale_zh": "结构证据和界面观测分层；全电池结果占底部宽幅，结构假说不代替性能证据。",
  "recommended_use": "Editable empty canvas only. Insert your actual figures; keep labels, units, scale bars, controls and sources. Use only panels relevant to your claim; no mandatory experiment checklist or causal proof is implied.",
  "recommended_use_zh": "空白可编辑画布。请放入你自己的真实图件，保留单位、比例尺、对照与来源。按论点增减面板；布局不是必须凑齐的实验清单，也不证明因果关系。",
  "input_kind": "panel_manifest_not_experimental_data",
  "preview_scope": "Empty labelled panels only; no traces, numerical axes, molecules or specimen images.",
  "layout_renderer": "native-empty-panels-v2",
  "derived_from": [
    "community:research-electrolyte-design-overview@1.0.0"
  ]
}