List of Jounal Titles
A to Z index of Journal Title. Choose a letter.
O plus E
302 - Life science and optical technology Caged peptide
- Life science and optical technology Optical coherence tomography and its application to anesthetizing needle positioning
- Life science and optical technology GeneChip micro array - Understanding of genome from genome sequence -
- Life science and optical technology Intraocular lens (IOL)
- Life science and optical technology Flow cytometry of next generation BD FACS Aria TM
- Life science and optical technology Life science and photo catalyst - Light relieves sick houses -
- Life science and optical technology PET (Positron Emission Tomography) and recent topics
- PENCIL OF RAYS
- Engineering series 47. Optics of semiconductor diode laser
- Introduction to lens optics - Gaussian optics No5 -
- A road to complex optics Complex observation II - Validation with Zernike's phase contrast method -
303 - Nanoimprint technology in the limelight Introduction: Footprints of nanoimprint technology
- Nanoimprint technology in the limelight Thermoplastic nanoimprint technology and application
- Nanoimprint technology in the limelight Heat imprint on glass material using a carbon die
- Nanoimprint technology in the limelight Micro/Nano replication technology for optics and electronics applications
- Nanoimprint technology in the limelight Room temperature nanoimprint technology
- Nanoimprint technology in the limelight Fabrication technology of a three dimensional mold using SOG(Spin On Glass) film
- Nanoimprint technology in the limelight Practical-use example of nanoimprint
- PENCIL OF RAYS
- Tutorial of Lens Optics
- Engineering series 48. Effect of light on the structure smaller than the wavelength
- The road to complex optics Complex observation III - Demonstration by using Hilbert differentiation
304 - Optical shape measurement in the recent topics. Internal and external shape measurement of super-precise parts.
- Optical shape measurement in the recent topics. Dynamic shape measurement of a rotation mirror by pulse lights.
- Optical shape measurement in the recent topics. Introduction of evaluation examples of micro electro mechanical system and various measurement techniques.
- Optical shape measurement in the recent topics. All-focus microscope camera and its application.
- Optical shape measurement in the recent topics. Shape measurement of a vibrating object using light interference.
- Optical shape measurement in the recent topics. Shape-from-Focus using the varifocal mirror.
- Optical shape measurement in the recent topics. Shape measurement by a spectroscopic ellipsometer.
- 7th. Pencil of rays. 32) Point image of the eyeball optical system and MTF -Double pass method and reciprocity theorem-
- Limited Liability Company system as science and technology industry promotion measures (Part 2) -Introduction of 501(c)(3)LLC-
- Engineering series. 49. Transmission of light through small elliptical apertures (1).
- Introduction to lens optics. 7th. -A diaphragm and pupil-
- Road to complex optics. Complex observation IV -Foucault differentiation method as an extension of Schlieren method.
305 - Front of the next generation optical disc Next generation high density optical disc
- Front of the next generation optical disc Blu-ray Disc
- Front of the next generation optical disc HD DVD
- Front of the next generation optical disc Violet semiconductor laser
- Front of the next generation optical disc Optical system of pickups for Blu-ray Disc and HD DVD
- Front of the next generation optical disc Liquid crystal aberration correction element for Blu-ray Disc located at the fixed part
- Front of the next generation optical disc Single side single-layer 50Gbyte high density recording/playback system
- Front of the next generation optical disc Eight layer 200Gbyte Blu-ray Disc
- No. 7 Pencil of rays Section 33 Attempt of nano microscope image formation theory, part 3 Interference microscope, phase-contrast microscope, and polarizing microscope
- Transmission of Light Through Small Elliptical Apertures (Part 2)
- Tutorial of Lens Optics, No. 8 - Degrees-of-freedom of a ray part 1 -
- Road to complex optics Complex observation V - Teague's method using 2D Schrodinger equation -
306 - Optics in optical communication technology - optical device where microlens is monolithically formed
- Optics in optical communication technology - filter module for wavelength multiplexing communication using dielectric multilayer film
- Optics in optical communication technology - VIPA type variable dispersion compensation device using three-dimensional free-form surface mirror
- Optics in optical communication technology - EO waveguide beam-deflection optical switch
- Optics in optical communication technology - modulation technique for high velocity and long distance transmission (DPSK modulation)
- Optics in optical communication technolgy - 160Gbit/s super high velocity optical time division multiplexing/isolating technique using EA modulator
- Optics in optical communication technology - super high velocity optical signal processing technique using time/wavelength/space optical signal conversion
- VII. Optical pencil - pioneeers of microphotograph - Dancer, Brewster and Dagron
- Introduction to lens optics - 9. Degree of freedom - 2.
- Passage to complex optics - complex observation - VI. practice of the Teague's method
307 - The quantum information processing world led by nonclassical light---Quantum-entangled photon pairs and quantum interference experiments.
- The quantum information processing world led by nonclassical light---quantum imaging and quantum lithography.
- The quantum information processing world led by nonclassical light---quantam entanglement generated by superposition of a squeezed state.
- The quantum information processing world led by nonclassical light---from light deceleration to light freeze and regeneration.
- The quantum information processing world led by nonclassical light---the fundamentals in quantum cryptography.
- The quantum information processing world led by nonclassical light---a single photon source and its application.
- The quantum information processing world led by nonclassical light---quantum teleportation.
- The 7th Pencil of Rays. 35. Pigeon post.
- The 10th Tutorial of Lens Optics---aberration 1.
- The means to Complex Optics VII. Complex Observation--- Zernike vs. Teague.
308 - The newest lithography-focusing on immersion lithography. Expectation and tasks of immersion lithography.
- The newest lithography-focusing on immersion lithography. The principle of immersion lithography.
- The newest lithography-focusing on immersion lithograpy. From the dry to the wet---development to immersion lithography systems.
- The newest lithography-focusing on immersion lithography. The change of exposure optical systems into immersion lithography.
- The newest lithography-focusing on immersion lithography. Controlling nanoscale bubbles in immersion lithography.
- The newest lithography-focusing on immersion lithography. Polalized-light illumination and ultra-high NA imaging.
- The newest lithography-focusing on immersion lithography. The newest reticle technology.
- The newest lithography-focusing on immersion lithography. Photoresist materials for ArF immersion lithography.
- The theory and measurement of a gravitational wave.
- PENCIL OF RAYS
- The 11th Tutorial of Lens Optics---abberation 2.
- The means to Comples Optics. Complex Observation---Information Transfer Reliability(ITR).
309 - Optical Application Technology in Automobile Industry. Wide Dynamic Range CMOS Image Sensor for Mobile Camera.
- Optical Application Technology in Automobile Industry. Optical Fiber Technology for Mobile Network.
- Optical Application Technology in Automobile Industry. Sensing Technology by An Image in ITS.
- Optical Application Technology in Automobile Industry. ITS Human Interface.
- Optical Application Technology in Automobile Industry. ITS Which Utilizes LED Traffic Signal.
- Optical Application Technology in Automobile Industry. Application to Materials Development and Automobile Painting Based on Coloring Mechanism of the Butterfly.
- Optical Application Technology in Automobile Industry. Hydrophilic Drip-Proof Mirror Which Applied Photocatalyst Technology.
- Optical Application Technology in Automobile Industry. On-Board Exhaust Gas Measurement System.
- 8th. Pencil of Rays. 1. Equimultiple Concentric Optical System.
- Introduction to Lens Optics. 12th. -Aberration 3-
- Scene of Wave Optics ...1 1. What Is a Light? 2. Propagation, Refraction and Reflection of a Light.
- Way to Complex Optics. Complex Observation. IX - The Strongest Observation Mechanism.
310 - New Development of Holey Fiber. Research Development and Prospect of Holey Fiber.
- New Development of Holey Fiber. V Value of Holey Fiber and Waveguide Characteristic Analysis.
- New Development of Holey Fiber. Holey Fiber for Indoor Wiring.
- New Development of Holey Fiber. Impact of Holey Fiber to Optical Communication System.
- New Development of Holey Fiber. Low-Loss Holey Fiber.
- New development of Holey Fiber. Characteristics of Polarization Mode and Measuring Methods of Holey Fiber.
- 8th. Pencil of Rays. 2. Homocentric Type and Chromatic Aberration Compensation Type Catadioptric Camera.
- Introduction to Lens Optics. 13th. -Aberration 4-
- Scene of Wave Optics......2. 3. Interference Fringe.
- Road to Complex Optics. Ultimate Phase Difference Method I. - History of A Phase Contrast Microscope.
311 - Digital Archiving. Present State and Problems of Utilization of Three-Dimensional Digital Archives of Cultural Assets.
- Digital Archiving. Digital Archival Technology of Large-Scale Cultural Heritage.
- Digital Archiving. Digital Archives of Historically Precious Books.
- Digital Archiving. Three-Dimensional Archiving of Insect Samples.
- Digital Archiving. Digital Archives and Distribution of Hollywood Cinema.
- Digital Archiving. Outline of NHK Archives.
- Digital Archiving. Digital Archives for Image Contents Analysis.
- Digital Archiving. Digital Archives of Human Body Shapes.
- 8th. Pencil of Rays. 3) Yoshio Kobayashi and Type K Camera 1.
- Introduction to Lens Optics. 14th. - Aaberration 5-
- Scene of Wave Optics......3). 4. Symmetric Junction. 5. Expression of Wave Motion.
- Road to Complex Optics. Ultimate Phase Difference Method II. -Invention of Non-Electrification Phase Plate.
312 - New development of the optical fiber lasers. Processing with high-power fiber lasers
- New development of optical fiber lasers. Progress and industrial application of femtosecond fiber lasers
- New development of optical fiber lasers. Femtosecond fiber lasers using a carbon nanotube-based mode-locker
- New development of optical fiber lasers. Application of optical fiber lasers to the environmental telemetering field
- NEW development of optical fiber lasers. Application of an actively modelocked fiber laser to the optical communication field
- Novel development of optical fiber lasers. Ultra-broadband light sources using optical fiber lasers
- No.8 Optical pencil. 4) Yoshio Kobayashi and K-type camera 2
- The introduction of lens optics. No.15, Aberration 6
- Scene of wave optics, No.4. 6. Reflection of transversal wave.
- The complex optics. Ultimate phase contrast method III--- the challenge to a phase plate with no electron beam loss
313 - Near field light and nano-devices Nano-devices created by near field light
- Near field light and nano-devices Industrial prospect of nanophotonics
- Near field light and nano-devices Near field optical lithography
- Near field light and nano-devices Nano optical device and its fabrication - Behavior peculiar to near field light and processing technology
- Near field light and nano-devices Effective use of unique polarization of near field light - Local polarization of optical near field and its application to molecular manipulation
- Near field light and nano-devices From near field light to system - The optical system using near field light interaction
- Near field light and nano-devices Electrons confined in a quantum dot visualized with nano-scale light
- Near field light and nano-devices Clarification of luminescent mechanism of InGaN nano structure using near field spectroscopy
- Near field light and nano-devices The basic process of near field optical signal transmission - Near field light and tunnel effect of excitation
- Near field light and nano-devices Retarded waves and advanced waves - The role of advanced waves in near field optics
- Introduction of lens optics, No.16 - Brightness of an image and basis of lighting system
- Scene of wave motion optics, No.5 - Wave motion equation
- The to complex optics Ultimate phase-contrast method IV - The utilization of Aharonov-Bohm effect
314 - What FTTH aims at. The situation and policy surrounding FTTH in Japan.
- What FTTH aims at. NTT's strategy for the next generation network--aiming at making optical network for 30 millions users by 2010.
- What FTTH aims at. The business strategy for FTTH and cable television.
- What FTTH aimes at. Creation and future development of optical network business by Tokyo Electric Power Company and future development.
- What FTTH aimes at. Sewerage fiber optic technology.
- What FTTH aimes at. Gigabit Ethernet-PON technology---Study on the transceiver and specificity.
- What FTTH aimes at. Fiber optic technology aiming at improvement in laying workability.
- Pencil of rays 6. The horn of R. W. Wood and Load Rayleigh the 4th.
- The 17th Tutorial of Lens Optics---The fundamentals of image brightness and lighting systems 2.
- The view of wave optics 6. 8. Sine wave solution.
- The means to Comlex Optics. The ultimate phase-contrast method V---the phase plate utilizing AB effect.
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