@article{oai:repository.naro.go.jp:00001976,
 author = {豊島, 真吾 and TOYOSHIMA, Shimgo and 田邊, 哲也 and TANABE, Tetsuya and 竹上, 喜伸 and TAKEGAMI, Yoshinobu and 水野, 俊博 and MIZUNO, Toshihiro and 高梨, 祐明 and TAKANASHI, Masaaki and 井原, 史雄 and IHARA, Fumio},
 journal = {果樹研究所研究報告, Bulletin of the National Institute of Fruit Tree Science},
 month = {Mar},
 note = {We evaluated the ability of a near infrared (NIR) spectroscopy device to detect apples ("Fuji" cultivar) injured by the peach fruit moth, Carposina sasakii . The scanned NIR spectra of whole fruit were collected using two detectors located at the top and base of the inspection box in this device. Further, several calibration equations were developed using injured apples harvested in 2004 and 2005. The calibration developed with the apples harvested in 2004 predicted injured apples at 0.87±1.95 (r ±SEP). When validated, an accuracy of this calibration was calculated at 92.4%. The calibration developed with the apples harvested in 2005 predicted injured apples at 0.85±2.79. When validated, the accuracy of this calibration was calculated at 94.5% for the apples harvested in 2004 and 93.7% for apples in 2005, respectively., モモシンクイガに加害されたリンゴ（'ふじ'）を近赤外線分光法で識別できるか，上下で透過スペクトルを検出する近赤外線非破壊選果機を使って評価した．2004年および2005年に収穫した被害果の近赤外スペクトルデータと被害度を分析して検量線を作成したところ, 2004年のサンプルで作成したCalibration 2による予測値と実測の被害度との間に0.87 ± 1.95（相関係数±予測誤差）の相関関係があり，判別精度は92.4%であった．2005 年のサンプルで作成したCalibration 3を2004年のサンプルで評価すると，予測値と実測の被害度との間に0.85 ± 2.79の相関関係があり，判別精度は94.5%であった．Calibration 3を2005 年のサンプルで評価すると，予測値と実測の被害度との間に0.89 ± 1.39 の相関関係があり，判別精度は93.7%であった．},
 pages = {13--20},
 title = {ダブルセンサー近赤外装置のモモシンクイガ加害リンゴの検出精度},
 volume = {7},
 year = {2008},
 yomi = {トヨシマ, シンゴ and タナベ, テツヤ and タケガミ, ヨシノブ and ミズノ, トシヒロ and タカナシ, マサアキ and イハラ, フミオ}
}