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structured_data_002.json (1895B)

      1 [
      2   {
      3     "type": "detail",
      4     "location": "全体",
      5     "text": "気圧は0.1の位まで"
      6   },
      7   {
      8     "type": "content",
      9     "location": "実験原理",
     10     "text": "原理不足"
     11   },
     12   {
     13     "type": "clarity",
     14     "location": "実験方法",
     15     "text": "図がなくて他人が再現できるか？"
     16   },
     17   {
     18     "type": "clarity",
     19     "location": "実験方法 1. 望遠鏡の調整",
     20     "text": "具体的にどうやってピント（焦点）を合わせた？"
     21   },
     22   {
     23     "type": "clarity",
     24     "location": "実験方法 2. 分光計の調整",
     25     "text": "コリメーターのピント調整は？"
     26   },
     27   {
     28     "type": "format",
     29     "location": "figure captions",
     30     "text": "表の説明文は「表◯に～～を示す」などのように，表の番号も"
     31   },
     32   {
     33     "type": "format",
     34     "location": "line 88",
     35     "text": "波長の単位がない"
     36   },
     37   {
     38     "type": "format",
     39     "location": "line 100",
     40     "text": "表3のタイトル"
     41   },
     42   {
     43     "type": "format",
     44     "location": "line 140",
     45     "text": "表４の単位"
     46   },
     47   {
     48     "type": "content",
     49     "location": "line 140",
     50     "text": "表４は合計も"
     51   },
     52   {
     53     "type": "content",
     54     "location": "誤差論",
     55     "text": "5つのｎの偶然誤差は？"
     56   },
     57   {
     58     "type": "format",
     59     "location": "測定値の解析",
     60     "text": "最確値±誤差　の表記がない"
     61   },
     62   {
     63     "type": "clarity",
     64     "location": "誤差論",
     65     "text": "偶然誤差の計算方法"
     66   },
     67   {
     68     "type": "format",
     69     "location": "line 150",
     70     "text": "最確値±誤差それぞれにべき乗をつけない，（）でくくる"
     71   },
     72   {
     73     "type": "logic",
     74     "location": "考察",
     75     "text": "この考察から，ｎの測定精度がどうなるか？どういった次数で測定すべきか？"
     76   }
     77 ]