"Xiaobin Liang,Takashi Kojima,Makiko Ito,Naoya Amino,Haonan Liu,Masataka Koishi,Ken Nakajima*","In Situ Nanostress Visualization Method to Reveal the Micromechanical Mechanism of Nanocomposites by Atomic Force Microscopy",,"ACS Appl. Mater. Interf.",,"  15","  9","  12414|12422",2023,Feb.
"KENICHI OZAWA,Takashi Kakubo,Naoya Amino,Eiji Ikenaga","Hard X-ray photoelectron spectroscopy study of thermal effect on chemical state of sulfur in rubber compound",,"Express Polymer Letters","Budapest University of Technology & Economics","Vol. 13","No. 3","pp. 214-222",2019,Jan.
"Kenichi Ozawa,Takashi Kakubo,Naoya Amino,Kazuhiko Mase,Eiji Ikenaga,Tetsuya Nakamura","Angle-Resolved HAXPES Investigation on the Chemical Origin of Adhesion between Natural Rubber and Brass",,"Langmuir","American Chemical Society","Vol. 33","No. 38","pp. 9582-9589",2017,Aug.
"ī…Ž“T,Ž­‹v•Û—ēŽu,–Ô–ė’ž–į,ŽāVŒ’ˆę","Xü‚•Š‰ð”\Œõ“dŽq•ŠŒõ‚ð—p‚Ē‚―‰Đ“š/ƒSƒ€Ē’…ŠE–ĘŠÏŽ@",,"“ú–{ƒSƒ€‹Ķ‰ïŽ","“ú–{ƒSƒ€‹Ķ‰ï","Vol. 88","No. 8","pp. 291-296",2015,Oct.
"Kenichi Ozawa,Takashi Kakubo,Katsunori Shimizu,Naoya Amino,Kazuhiko Mase,Eiji Ikenaga,Tetsuya Nakamura,Toyohiko Kinoshita,Hiroshi Oji","In situ chemical state analysis of buried polymer/metal adhesiveinterface by hard X-ray photoelectron spectroscopy",,"Applied Surface Science",,"Vol. 320",,"pp. 117-182",2014,Sept.
"K. Ozawa,T. Kakubo,K. Shimizu,N. Amino,K. Mase,Y. Izumi,T. Muro,T. Komatsu","High-Resolution Photoelectron Spectroscopy Study of Degradation of Rubber-to-Brass Adhesion by Thermal Aging",,"Applied Surface Science","Elsevier B.V.","Vol. 268",,"pp. 117-123",2013,Jan.
"K. Ozawa,T. Kakubo,Katsunori Shimizu,Naoya Amino,K. Mase,T. Komatsu","High-Resolution Photoelectron Spectroscopy Analysis of Sulfidation of Brass at the Rubber/Brass Interface",,"Applied Surface Science","Elsevier B.V.","Vol. 264",,"pp. 297-304",2012,Oct.