{
  "experimentId": "course-03/hall-effect",
  "model_coverage_status": "complete-for-declared-ideal-model",
  "references": [
    {
      "id": "chen2025hall",
      "authors": [
        "陈浪",
        "尹航",
        "李楚涵",
        "李春辉",
        "吕梦雪",
        "张宇飏",
        "邢家林",
        "何学敏"
      ],
      "title": "基于LabVIEW的霍尔效应测量磁场仿真实验平台",
      "journal": "大学物理实验",
      "year": 2025,
      "volume": "38",
      "issue": "4",
      "pages": "115–124",
      "doi": "10.14139/j.cnki.cn22-1228.2025.04.019",
      "readingStatus": "verified-fulltext",
      "fulltextSha256": "cef8c52a2edd0215e28ce99f9ebdcc6db05d1306102d71101316e2278ba655d6",
      "acquisition": "AUFE WebVPN",
      "locators": [
        "p.116 section 1.1 equations (1)–(3), Hall sensitivity and its units",
        "p.116 section 1.2 equations (4)–(8), four polarities and same-parity residual",
        "p.120 section 3.1, actual switching sequence",
        "pp.120–122 sections 3.1–3.2, separate simulation parameters"
      ],
      "notes": [
        "All ten pages read; rendered pp.116–117 inspected.",
        "Equation (6) switching label is printed +Is,+Im but its signs and section 3.1 imply -Is,-Im.",
        "Equation (2) uses d after defining h; both mean Hall plate thickness.",
        "The same-parity Ettingshausen voltage remains in equation (8); its magnitude is not established as zero.",
        "The duplicated denominator term in equation (11) and off-axis formulas are not used by this project.",
        "Printed equations (4)–(7) give UO, UN and UR the same current-odd sign pattern; project independent field-odd and common bases are abstract teaching perturbations, not identified material effects."
      ],
      "coverage_status": "complete-for-declared-ideal-model",
      "application": "p.116式(1)–(3)支持线性霍尔关系$V_H=K_HIB$。$R_H$是材料霍尔系数，量纲$\\mathrm{m^3/C}$；$K_H=R_H/h$是片厚相关灵敏度，量纲$\\mathrm{V/(A\\,T)}$。论文先以$h$定义厚度，式(2)换成$d$，这里统一视为同一片厚。论文以正的$e$书写电压大小，项目符号由换向顺序约定，不由这些幅值式反推载流子类型。"
    }
  ]
}