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The planar circuit-an approach to microwave intergrated circuitry
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[
T.Okoshi;T.Miyoshi
] /
IEEE Trans. Microwave Theory and Tech.
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2 |
Two-dimensional field analysis for CAD of Rotman-type bean-forming lenses
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[
P.C.Scharma;K.C.Gupta;C.M.Tsai;J.D.Bruce;R.Presnell
] /
Int. Jour. of MIMICAE
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3 |
The segmentation method-An approach to the analysis of microwave planar circuits
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[
T.Okoshi;Y.Uehara;T.Takeuchi
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IEEE Trans. Microwave Theory and Tech.
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4 |
Field Analysis of planar Bootlace Lens Feeds
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[
K.K.Chan;W.Tam
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International Conference on Radar, Paris
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5 |
Scattering Matrix Integral Equation Analysis for the Design of a Waveguide Rotman Lens
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[
A.F.Peterson;E.O.Rausch
] /
IEEE Trans. Antennas Propagation
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6 |
Amplitude performance of Ruze and Rotman lenses
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[
M.S.Smith;A.K.S.Fong
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Radio Electron. Eng.
ScienceOn
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7 |
Planar waveguide model of Rotman lens
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[
K.K.Chan
] /
IEEE AP-S Symp. Dig.
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8 |
Wide-angle Microwave Lens for Line Source Application
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[
W.Rotman;R.F.Turner
] /
IEEE Trans. Antennas Propagation
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9 |
Ray structure method for coupling coefficient analysis of the two dimensional Rotman lens
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[
M.J.Maybell
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Proc. IEEE AP-S Conference
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10 |
Focussing characteristics of symetrically configured bootlace lenses
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[
J.P.Shelton
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Radio & Electron. Eng., IEE Trans.
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11 |
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[
C.J.Sletton
] /
Reflector and Lens Antennas-Analysis and Design Using Personal Computers
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