(1) M. Sakae, A. Asakawa, T. Shindo, S. Yokoyama, Y. Morooka, and K. Ikesue: “Basic Study of Discharge Characteristics to an Open Wire and a Tree under Lightning Impulse Voltage”, T. IEE Japan, Vol.121-B, No.11, pp.1579-1586 (2001-11) (in Japanese) 坂江・浅川・新藤・横山・諸岡・池末:「配電線と樹木の雷インパルス電圧印加による放電特性の基礎的検討」,電学論B, 121, 11, pp.1579-1586 (2001-11)
(2) M. Sakae, A. Asakawa, T. Shindo, S. Yokoyama, Y. Morooka, and K. Ikesue: “Experimental Study of Discharge Process to an Open Wire and a Tree under Lightning Impulse Voltage”, T. IEE Japan, Vol.122-B, No.3, pp.442-448 (2002-3) (in Japanese) 坂江・浅川・新藤・横山・諸岡・池末:「配電線雷撃様相に与える近接樹木の影響に関する実験的考察」, 電学論B, 122, 3, pp.442-448 (2002-3)
(3) M. Sakae, A. Asakawa, T. Shindo, S. Yokoyama, Y. Morooka, K. Ikesue,and M. Hara: “Discharge Characteristics to a Distribution Line and a Tree under Impulse Voltage Waveforms”, T. IEE Japan, Vol.122-B, No.11, pp.1181-1191 (2002-11) (in Japanese) 坂江・浅川・新藤・横山・諸岡・池末・原:「各種インパルス波形を用いた場合の配電線と樹木の放電特性に関する基礎検討」,電学論B, 122, 11, pp.1181-1191 (2002-11)
(4) H.R. Armstrong and E.R. Whitehead: “Field and Analytical Studies of Transmission Line Shielding”, IEEE Trans. Power Apparatus & Syst., Vol.PAS-87, No.1, pp.270-281 (1968-1)
(5) Y. Hashimoto, S. Yokoyama, T. Yokota, and A. Asakawa: “Studies on Characteristics of Lightning Stroke Distance to Power Distribution Lines-Discharge Characteristics of Open Wire and Insulated Wire-”, T. IEE Japan, Vol.115-B, No.12, pp.1508-1514 (1995-12) (in Japanese) 橋本・横山・横田・浅川:「架空配電線への雷撃距離特性に関する検討— 裸電線と絶縁電線の放電特性— 」,電学論B, 115, 12, pp.1508-1514 (1995-12)