Committee 
Date Time 
Place 
Paper Title / Authors 
Abstract 
Paper # 
EMT, IEEEMT 
20220623 10:55 
Tokyo 
The Institute of Electrical Engineers of Japan 
Diffraction of an Epolarized plane wave by a slit in a thin conducting screen
 Derivation of a solution incorporating arbitrary edge property  Hirohide Serizawa (NIT, Numazu College), Mikito Takahashi (Tokyo Univ.) EMT20223 
The diffraction of an Epolarized electromagnetic plane wave by a slit in a perfect conducting screen with an infinitesi... [more] 
EMT20223 pp.1318 
EMT, IEEEMT 
20210521 13:50 
Online 
Online 
Development of highprecision numerical calculation method for double infinite integrals appearing in the aperture coupling problem Yu Iwagaki, Hirohide Serizawa (NIT, Numazu Col.) EMT20214 
In this study, we consider fast and accurate calculation algorithms to compute double infinite integrals whose integrand... [more] 
EMT20214 pp.1924 
EMT, MW, OPE, EST, MWP, THz, IEEEMT [detail] 
20200717 10:35 
Online 
Online 
Highprecision calculation method of double infinite integrals appearing in the coupling problem of rectangular apertures Hirohide Serizawa, Yu Iwagaki (NIT, Numazu College) EMT202019 MW202028 OPE202014 EST202019 MWP202019 
When the Kobayashi potential method is applied to exactly formulate the diffraction problem of an electromagnetic plane ... [more] 
EMT202019 MW202028 OPE202014 EST202019 MWP202019 pp.7176 
EMT, IEEEMT 
20200522 10:25 
Tokyo 
Tokyo Metropolitan Univ., Akihabara Satellite Campus (Cancelled but technical report was issued) 
Diffraction of an EM plane wave by a rectangular hole in a thick screen
 Evaluation of the solution convergence and transmission property  Hirohide Serizawa, Hananosuke Ono, Akihiro Yamada (NIT, Numazu College) EMT20201 
Aperture field distributions and the amount of power transmission through the aperture are calculated for various values... [more] 
EMT20201 pp.16 
EMT, IEEEMT 
20190524 13:25 
Tokyo 
Tokyo Metro. Col. of Ind. Tech. (Shinagawa CP) 
Diffraction of an EM wave by a rectangular hole in a thick conducting screen
 Examination of the transmission property for various aspect ratios  Hirohide Serizawa, Satoshi Tsukii (NIT, Numazu College) EMT20194 
The transmission coefficient of a rectangular hole is calculated for various aspect ratios and some incident angles by m... [more] 
EMT20194 pp.1722 
EMT, IEEEMT 
20180525 11:20 
Tokyo 

Radiation from a Flanged Rectangular Waveguide
 In the Case of Different Media  Hirohide Serizawa (NIT, Numazu College) EMT20182 
We investigate the electromagnetic transmission and reflection characteristics of a flanged rectangular waveguide in the... [more] 
EMT20182 pp.1116 
EMT, IEEEMT 
20170602 14:55 
Tokyo 
Nihon University 
On the EM transmission property of a rectangular hole in a thick conducting screen
 Calculation of the transmission coefficient and power flow distributions  Hirohide Serizawa (NIT, Numazu College) EMT20175 
The transmission coefficient of a rectangular hole in a thick conducting screen is calculated for various structural par... [more] 
EMT20175 pp.4146 
EMCJ 
20160311 11:55 
Tokyo 
KikaiShinkoKaikan Bldg. 
EM leakage from a rectangular hole in a thick conducting screen
 Calculation of the power flow near the aperture  Hirohide Serizawa, Souichirou Suzuki, Shinichi Hirao (NIT, Numazu College) EMCJ2015126 
The transmission coefficients of rectangular apertures less than the halfwavelength are calculated for various aperture... [more] 
EMCJ2015126 pp.1116 
EMCJ, IEEEMC, MW, EST [detail] 
20151023 15:25 
Miyagi 
Sakura Hall, Katahira Campus, Tohoku Univ. 
Plane wave diffraction by two rectangular holes in a thin conducting screen
 Derivation of the exact solution  Hirohide Serizawa (NIT, Numazu College) EMCJ201580 MW2015119 EST201590 
The method of the Kobayashi potential (KP) is applied to exactly formulate an electromagnetic field diffracted by two re... [more] 
EMCJ201580 MW2015119 EST201590 pp.129133 
EMT, IEEEMT 
20150612 13:00 
Tokyo 
meeting room (15) of IEEJ 
Plane wave diffraction by a rectangular hole in a thick conducting screen
 Analysis of an electromagnetic field in the hole  Hirohide Serizawa, Hotsuyuki Kawanishi, Yuya Kurebayashi (Numazu Col. Tech.) EMT20154 
The convergent property of aperture fields and the behavior of the fields near the edges are examined by using the exact... [more] 
EMT20154 pp.1924 
AP 
20140529 12:50 
Okinawa 
Okinawa Industory Support Center 
Transmission through a rectangular hole in a thick conducting screen
 Relation between the transmission coefficient and waveguide modes  Hirohide Serizawa (Numazu National College of Tech.) AP201423 
The property of electromagnetic transmission through an aperture is quantitatively studied by using the KP solution of t... [more] 
AP201423 pp.2328 
EMCJ 
20140314 17:10 
Tokyo 
KikaiShinkoKaikan Bldg. 
Electromagnetic leakage from a rectangular hole in a thick conducting screen
 Relation between the transmission property and waveguide modes  Hirohide Serizawa (Numazu National College of Tech.), Kohei Hongo EMCJ2013140 
Electromagnetic leakage from an aperture is quantitatively studied by using the KP solution of the plane wave diffractio... [more] 
EMCJ2013140 pp.4752 
AP 
20130830 15:00 
Kanagawa 
Yokosuka 
Diffraction of an electromagnetic plane wave by a thick rectangular hole
 Evaluation of the transmission coefficient for oblique incidences  Hirohide Serizawa (Numazu National College of Tech.), Kohei Hongo AP201377 
Transmission coefficients are calculated for various hole's sizes and screen's thicknesses and for several incident angl... [more] 
AP201377 pp.8388 
AP 
20091008 10:50 
Shizuoka 
Shizuoka University 
The reflection coefficient of a flanged rectangular waveguide antenna Hirohide Serizawa, Kazunori Hashimoto (Numazu National Col. Tech.), Kohei Hongo AP2009107 
In this report, the reflection coefficient of a flanged rectangular waveguide is rigorously formulated by using the meth... [more] 
AP2009107 pp.2530 
AP 
20091008 11:15 
Shizuoka 
Shizuoka University 
Transmission through a rectangular hole in a thick conducting screen Hirohide Serizawa (Numazu National Col. Tech.), Kohei Hongo AP2009108 
The method of the Kobayashi potential (KP) is applied to evaluate an electromagnetic field transmitted through a rectang... [more] 
AP2009108 pp.3136 
AP 
20080619 13:40 
Tokyo 
KikaiShinkoKaikan Bldg. 
Diffraction by an Aperture in a Conducting Screen between Two Different Mediums
 Effect of Inclusion of the Edge Property  Hirohide Serizawa (Numazu National Col. Tech.), Kohei Hongo AP200830 
Electromagnetic diffraction by a rectangular aperture in an infinite conducting screen is formulated by applying the met... [more] 
AP200830 pp.510 
ET 
20080614 14:30 
Aichi 

The Development of Robots Suitable for Creative Educational Materials Hirohide Serizawa, Ai Fukuoka (Numazu National Col. Tech.) ET200811 
We developed flexible and versatile robot systems that are useful for acquiring the basic knowledge and skills in the fi... [more] 
ET200811 pp.3337 
EMCJ, EMD 
20070727 11:35 
Tokyo 
KikaiShinkoKaikan Bldg 
Reflection coefficient of a flanged rectangular waveguide with a metalbacked dielectric slab Hirohide Serizawa (Numazu National Col. of Tech.) EMCJ200734 EMD200720 
The reflection coefficient of a flanged rectangular waveguide with a metalbacked dielectric slab is rigorously formulat... [more] 
EMCJ200734 EMD200720 pp.1116 