"毛内拡","神経組織のメゾスコピックモデルとその数理解析",,,,,,,2013,Mar.
"Hiromu Monai,Masashi Inoue,Hiroyoshi Miyakawa,Toru Aonishi","Low-frequency dielectric dispersion of brain tissue due to electrically long neurites",,"Physical Review E",,"Vol. 86",,"  061911-1-17",2012,Dec.
"H. Monai,H. Miyakawa,T. Aonishi","Possible contribution of passive cable property on dielectric properties of neural tissues -An analytic solution of the extended cable equation, including the extracellular media-","日本神経回路学会 第21回全国大会",,,,,,2011,Dec.
"H. Monai,H. Miyakawa,T. Aonishi","Possible contribution of passive membrane properties of dendrites on dielectric properties of neural tissues; An analytic solution of the extended cable equation including the extracellular media","Society for Neuroscience",,,,,,2011,Nov.
"Hiromu Monai,Toshiaki Omori,Masato Okada,Masashi Inoue,Hiroyoshi Miyakawa,Toru Aonishi","An Analytic Solution of the Cable Equation Predicts Frequency Preference of a Passive Shunt-End Cylindrical Cable in Response to Extracellular Oscillating Electric Fields",,"Biophysical Journal",,"Vol. 98","No. 4","pp. 524-533",2010,Feb.
"H.Monai,T. Omori,M.Okada,M.Inoue,H.Miyakawa,T.Aonishi","An analytical solution of the cable equation predicts frequency preference of a passive non-uniform cylindrical cable in response to extracellular oscillating electrical fields","Society for Neuroscience",,,,,,2009,Oct.
"H.Monai,T.Omori,M.Okada,M.Inoue,H.Miyakawa,T.Aonishi","An analytical solution of the cable equation predicts frequency preference of a passive non-uniform cylindrical cable in response to extracellular oscillating electrical fields","Eighteenth Annual Computational Neuroscience Meeting(CNS2009)",,,,,,2009,July
"Monai, H.,Omori, T.,Okada, M.,Inoue,M. Miyakawa, H.,Aonishi T.","Mathematical analysis on dynamical behavior of a cylindrical cable induced by extracellular electrical field","Society for Neuroscience, Neuroscience 2008",,,,,,2008,Nov.