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PIER

Vol. 14, 181-231

doi:10.2528/PIER94010103

Collective Scattering and Absorption Effects in Microwave Interaction with Vegetation Canopies

W. C. Au , Leung Tsang , Robert Tong-Ik Shin and J. A. Kong

Collective Scattering and Absorption
Effects in Microwave Interaction with Vegetation Canopies

PIER

Vol. 14, 89-180

doi:10.2528/PIER94010110

Scattering, Radiation and PropagationOver Two-Dimensional Random Surface

Hisanao Ogura and N. Takahashi

Scattering, Radiation and Propagation
over Two-Dimensional Random Surface

PIER

Vol. 14, 37-88

doi:10.2528/PIER94010102

Experimental Studies of Millimeter-Wave Scattering in Discrete RandomMedia and from Rough Surfaces

Yasuo Kuga and Phillip Phu

Experimental Studies of Millimeter-Wave Scattering in Discrete Random
Media and from Rough Surfaces

PIER

Vol. 13, 293-362

doi:10.2528/PIER94010112

Formulation of Anisotropic Medium inSpatial Network Method

N. Yoshida , S. Koike , Naoya Kukutsu and Takuo Kashiwa

Formulation of Anisotropic Medium in
Spatial Network Method

PIER

Vol. 13, 243-291

doi:10.2528/PIER94010111

A New Equivalent Network Approach to Electromagnetic Wave Problems

Hiroshi Shigesawa and Mikio Tsuji

A New Equivalent Network Approach to Electromagnetic Wave Problems

PIER

Vol. 13, 169-241

doi:10.2528/PIER94010109

Uniform Asymptotic Analysis of Guided Modes of Graded-Index OpticalFibers with Even Polynomial Profile Center Cores

Hiroyoshi Ikuno , S. Mori and Akira Yata

PIER

Vol. 13, 115-147

doi:10.2528/PIER94010107

Geometrical Optics of Guided Waves in Waveguides

M. Hashimoto

Geometrical Optics of Guided Waves in Waveguides

PIER

Vol. 13, 87-114

doi:10.2528/PIER94081000

A Unified Theory of Ionospheric Propagation of Short Radio Waves with Special Emphasis on Long-Distance Propagation

B. W. Lu

A Unified Theory of Ionospheric Propagation of Short Radio Waves
with Special Emphasis on Long-Distance Propagation

PIER

Vol. 13, 1-86

doi:10.2528/PIER94010108

Electromagnetic Theory Based on Integral Representation ofFields and Analysis of Scattering by Open Boundary

Y. Hayashi

PIER

Vol. 12, 371-419

doi:10.2528/PIER95092600

Electromagnetic Scattering by Buried Objects in the HF/VHF/UHF Frequency Bands

Randolph H. Ott

Electromagnetic Scattering by Buried Objects in the HF/VHF/UHF Frequency Bands

PIER

Vol. 12, 335-370

doi:10.2528/PIER94112800

Research on Chiral and Bianisotropic Media in Byelorussia and Russia in the Last Ten Years

Igor V. Semchenko , Sergei Tretyakov and Anatoly Nickolaevich Serdyukov

PIER

Vol. 12, 303-333

doi:10.2528/PIER94051500

Mueller Matrices for Scattering from Chiral Coated Curved Surfaces

J. C. Liu and Dwight L. Jaggard

Mueller Matrices for Scattering from Chiral Coated Curved Surfaces

PIER

Vol. 12, 277-302

doi:10.2528/PIER95012000

Asymptotic Expansions for Green's Dyadics in Bianisotropic Media

Bernhard Jakoby and Frank Olyslager

Asymptotic Expansions for Green's Dyadics in Bianisotropic Media

PIER

Vol. 12, 251-275

doi:10.2528/PIER94110300

Finite Difference Time Domain Characterization of Indoor Radio Propagation

Larbi Talbi and Gilles Delisle

Finite Difference Time Domain Characterization of Indoor Radio Propagation

PIER

Vol. 12, 219-249

doi:10.2528/PIER94121300

Scalarization Approach in the Theory of EM Waves in a Plane-Layered Bianisotropic Medium: General Formulations

N. P. Zhuck and Abbas Omar

Scalarization Approach in the Theory of EM Waves in a
Plane-Layered Bianisotropic Medium: General Formulations

PIER

Vol. 12, 205-217

doi:10.2528/PIER94100700

An Alternative Approach to the Hertz Vector

William Gough

PIER

Vol. 12, 177-204

doi:10.2528/PIER94050600

Input Impedance Analysis of a Microstrip Annular-Ring Antennawith a Thick Substrate

H. Liu and X.-F. Hu

Input Impedance Analysis of a Microstrip Annular-Ring Antenna
with a Thick Substrate

PIER

Vol. 12, 133-157

doi:10.2528/PIER94122800

A Hybrid Formulation Based on Unimoment Method for Investigatingthe Electromagnetic Shielding of Sources Within a Steel Pipe

X. Xu and X. Yang

A Hybrid Formulation Based on Unimoment Method for Investigating
the Electromagnetic Shielding of Sources within a Steel Pipe

PIER

Vol. 12, 107-132

doi:10.2528/PIER95051000

Use of Fractional Integration to Propose Some ``Fractional'' Solutionsfor the Scalar Helmholtz Equation

Nader Engheta

Use of Fractional Integration to Propose Some ``Fractional'' Solutions
for the Scalar Helmholtz Equation

PIER

Vol. 12, 75-105

doi:10.2528/PIER95022100

Modeling Multiple Interacting Small Apertures for EMI ApplicationsUsing the Finite-Difference Time-Domain Technique

John H. Oates , Robert Tong-Ik Shin and Michael James Tsuk

Modeling Multiple Interacting Small Apertures for EMI Applications
Using the Finite-Difference Time-Domain Technique