Browsing by Author "CHEN, YH"

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3RD STRESS INTENSITY FACTORS OF TORSION CRACK BAR WITH RING SECTIONS
(1983-01-01)
CHEN, YZ
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CHEN, YH
A NOVEL COUPLING STRUCTURE FOR ANTIRESONANT REFLECTING OPTICAL WAVEGUIDES
(1994)
CHEN, YH
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HUANG, YT
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電子工程學系及電子研究所
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Department of Electronics Engineering and Institute of Electronics
ELASTIC ANALYSIS OF TORSION CRACK PROBLEMS OF A BAR WITH RING SEGMENT SECTIONS
(1983-01-01)
CHEN, YZ
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CHEN, YH
MAGNETOOPTIC HEAD USING SUBSTRATE-MODE GRATING PAIRS FOR POLARIZATION AND LEAKY BEAM SPLITTING
(1993-11-01)
HUANG, YT
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CHEN, YH
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電子工程學系及電子研究所
;
Department of Electronics Engineering and Institute of Electronics
A novel substrate-mode grating pair structure for polarization and leaky beam splitting is presented for application to magnetooptic heads. These light weight and compact elements provide better flexibility and easier alignment for system applications. Optimum designs for these two types of beam splitters and theoretical evaluation of the system performance are discussed in detail. Preliminary experimental results are also given to demonstrate the feasibility of application of these substrate-mode grating pairs in a magnetooptic head.
OPTICAL SWITCHES WITH A SUBSTRATE-MODE GRATING STRUCTURE
(1994-11-01)
HUANG, YT
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CHEN, YH
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電子工程學系及電子研究所
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Department of Electronics Engineering and Institute of Electronics
Polarization-selective substrate-mode grating pairs have been designed and fabricated. Based on these devices, we propose the structures of optical switches for two-sided network and one-sided network applications, respectively. These compact and light-weight optical switches with normally incident and output coupling provide better flexibility and easier alignment for system applications.
POLARIZATION-SELECTIVE ELEMENTS WITH A SUBSTRATE-MODE GRATING PAIR STRUCTURE
(1993-06-01)
HUANG, YT
;
CHEN, YH
;
電子工程學系及電子研究所
;
Department of Electronics Engineering and Institute of Electronics
A novel device with a substrate-mode grating pair structure to perform the function of polarization selection is presented. Normally incident and output coupling of this compact and lightweight component provides better flexibility and easier alignment for system applications. A highly polarization-selective substrate-mode grating pair has been designed and fabricated. Polarization-selective switching experiments with this device are demonstrated.