Hiromi Suda

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Self-assembled monolayers (SAMs) of glucose derivatives on gold have been prepared from alpha- and beta-glucopyranosylamide derivatives. The glucosyl conjugates were synthesized stereoselectively via the in situ generation of glucosyl isoxazolines followed by treatment with thiopyridyl esters. The resulting film structures were characterized by atomic force(More)
In recent years, demand for high-density integration of semiconductor chips has steadily increased due to miniaturization and high-performance requirements of electronics including Smartphones and Tablet PCs. In addition to 3D integration using Through-Silicon Via (TSV) technology and 2.5D integration technology using silicon interposers, Fan-Out Wafer(More)
A previously proposed double sinusoidal phase-modulating (DSPM) laser-diode interferometer measures distances larger than a half-wavelength by detecting modulation depth. Although it requires a vibrating mirror to provide the second modulation to the interference signal, such vibrations naturally affect measurement accuracy. We propose a static-type DSPM(More)
Three-dimensional microlenses were fabricated on a quartz substrate by evaporating a quartz target with a focused CO(2) laser beam. The size and shape of the deposit were determined primarily by a mask placed in front of the substrate. The spherical thickness profile required for a lens was obtained by adjusting the gas pressure in the cell. The lens was(More)
In recent years, demand for high density integration of semiconductor chips has steadily increased due to miniaturization and high-performance requirements of electronics including Smartphones and Tablet PCs. In addition to 3D integration using Through Silicon Via (TSV) technology and 2.5D integration technology using silicon interposers, Fan-Out Wafer(More)
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