(1) K.Kawarada, Y.Yamamoto et.al. : "New modes of operation in plasma-coupled devices", Supplement to the Journal of the Japan Society of Applied Physics Vol.42, pp.187-194, (1973)
(2) T.Suzuki, Y.Yamamoto et.al. : "Recent advances in the plasma-coupled device", Supplement to the Journal of the Japan Society of Applied Physics Vol.43, pp.269-273, (1974)
(3) Y.Yamamoto : "A new semiconductor switching device", IEEE ED March, pp.364-366, (1976)
(4) Y.Yamamoto : "A new type of transistor with application for high sensitive imaging", Supplement to the Japanese Journal of Applied Physics, Vol.15, pp.253-257, (1976)
(5) T.Shibata, Y.Yamamoto :"Application of plasma coupled device to solid state image sensors", Supplement to the Japanese Journal of Applied Physics, Vol.45, pp.247-251, (1976)
(6) 山本、鈴木: ”PCDにおけるプラズマ結合現象の解析”, 電子通信学会論文誌 第60−C巻 第10号 pp.602−609, (1977)
(7) 山本、柴田、他: ”プラズマ結合形デバイスを用いたイメージセンサ”, 電子通信学会論文誌 第60−C巻 第11号 pp.720−727,(1977)
(8) 山本: ”コンダクタンストランジスタの電荷制御解析”,電子通信学会論文誌 第61−C巻 第12号 pp.783−790, (1978)
(9) 山本: ”結合抵抗の概念を用いたPCDスキャナの動作解析”, 電子通信学会論文誌 第62−C巻 第6号 pp.445−452, (1979)
(10) T.Sakai, Y.Yamamoto et.al. : "Elevated electrode integrated circuits", IEEE SC Vol.SC-14, No.2, April, pp.301-307, (1979)
(11) T.Sakai, Y.Yamamoto et.al. : "A 3-ns 1-kbit RAM using super self-aligned process technology", IEEE SC, Vol.SC-16, No.5, November pp.424-429, (1981)
(12) T.Tamama, Y.Yamamoto et.al. : "Smallest p-n-p-n memory cell", IEEE ED Vol.ED-30, No.8, August, pp.927-933, (1983)
(13) H.Miyanaga, Y.Yamamoto et.al. : "A 1.5ns 1K bipolar RAM using novel circuit design and SST-2 Technology", IEEE SC Vol.SC-19, No.3, June pp291-298 (1984)
(14) Y.Yamamoto H.Miyanaga et.al.: "Schottky diode for bipolar LSI's consisting of an impurity-controlled Si substrate and Al(2%Si) Electrode", IEEE ED, Vol.ED-32, No.4, April, pp.766-772, (1985)
(15) Y.Yamamoto, H.Miyanaga et.al. : "A MoSi2 Schottky diode for bipolar LSI's", IEEE ED Vol. ED-32, No.7, July, pp.1231-1239, (1985)
(16) H.Miyanaga, Y.Yamamoto et.al. : "A 0.85-ns 1kbit ECL RAM", IEEE SC Vol.SC-21, No.4, August, pp.501-504, (1986)
(17) Y.Yamamoto et.al. : "A novel concept for high-speed time switch approaching memory read cycle limit", IEEE Communications Vol.COM-34, No.9, September, pp.953-955, (1986)
(18) N.Yamanaka, Y.Yamamoto et.al. : "Low-power Si-bipolar multi-Gbit/s logics having the same function as ECL100K Family", The transactions of the IECE of Japan, Vol.E-69, No.10, October, pp.1068-1071, (1986)
(19) N.Yamanaka, Y.Yamamoto et.al. : "Newly structured 512Mbit/s high-speed time-division switch", Electronics letters 9th October Vol.22, No.21 pp.1094-1096, (1986)
(20) 山本 :”プラズマ結合型デバイスの解析と応用に関する研究”,静岡大学博士論文 第19号 (1987)
(21) Y.Yamamoto and K.Sakuma : "SDX:A novel self-aligned technique and its application to high-speed bipolar LSI's", IEEE ED Vol.ED-35, No.10, October, pp.1601-1608, (1988)
(22) Y.Yamamoto : "A compact self-shielding prober for accurate measurement of on-wafer electron devices", IEEE ED Vol.ED-38, No.6, December, pp.1088-1093, (1989)
(23) Y.Yamamoto and H.Miyanaga : "An analysis of positive and negative resistance characteristics in the high-current-density region of Schottky diodes", IEEE ED Vol.ED-37, No.5, May, pp.1364-1372, (1990)
(24) T.Horiuchi, Y.Yamamoto et.al., "A simple and compact SR X-ray exposure system for fundamental research", Japanese Journal of
Applied Physics, Submitted (1994)
(25) Y.Yamamoto , H.Inokawa et.al., "The performance of fabricated novel CMOS static-divider circuits", IEEE Solid-state Circuits, Submitted (1994)