19 results on '"Igarashi, Makoto"'
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2. Spike-based time-domain weighted-sum calculation using nanodevices for low power operation
3. Effect of miniband formation in a quantum dot super lattice fabricated by combination of bio-template and neutral beam etching for high efficiency quantum dot solar cells
4. A silicon nanodisk array structure realizing synaptic response of spiking neuron models with noise
5. Photoluminescence of high-density and sub-20-nm GaAs nanodisks fabricated with a neutral beam etching process and MOVPE regrowth for high performance QDs devices
6. Type-II Ge/Si quantum dot superlattice for intermediate-band solar cell applications
7. High photo-current generation in a three-dimensional silicon quantum dot superlattice fabricated by combination of bio-template and neutral beam etching for quantum dot solar cell
8. 50% Efficiency intermediate band solar cell design using highly periodical silicon nanodisk array
9. High-density and sub-20-nm GaAs nanodisk array fabricated using neutral beam etching process for high performance QDs devices
10. High efficiency quantum dot solar cells using 2-dimensional 6.4-nm-diameter Si nanodisk with SiC interlayer
11. In-plane miniband formation of Si Nanodisc and its application in intermediate band photovoltaic
12. Optical absorption, photo-luminescence and miniband formation of a highly ordered and dense 2-dimensional array of Si nanodisks for quantum dot solar cells
13. Damage-free top-down processes for fabricating two-dimensional array of sub-10-nanometer GaAs nanodiscs using bio-template and neutral beam etching for intermediate band solar cell applications
14. High-density and well-ordered Si-nanodisk array with controllable band gap energy and high photon absorption coefficient for all-silicon tandem solar cell applications
15. A 2-dimensional Si nanodisk array structure for spiking neuron models
16. Novel endoscopic imaging system for early cancer diagnosis
17. Simulation of spectral reflectance of multiple scattering medium using the Mie theory combined with the Monte Carlo method
18. Enhancement of spectral change from change of cell nucleus size distribution in epithelium using multiclass linear discriminant.
19. Simulation of spectral reflectance of multiple scattering medium using the Mie theory combined with the Monte Carlo method.
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