100-keV Focused Ion Beam System for Field Ion Source : Lithography Technology
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概要
- 論文の詳細を見る
- 社団法人応用物理学会の論文
- 1991-01-31
著者
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Itakura Toru
Fujitsu Laboratories Ltd
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Horiuchi Kei
Fujitsu Laboratories Ltd
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Horiuchi Kei
Fujitsu Laboratories
関連論文
- Suppression of Transient Enhanced Diffusion by Local-Oxidation-Silicon-Induced Stress
- Suppression of Transient Enhanced Diffusion by LOCOS Induced Stress
- Analysis of Non-Uniform Boron Penetration of Nitrided Oxide in PMOSFETs Considering Two-Dimensional Nitrogen Distribution
- Hydrogen-Enhanced Boron Penetration in PMOS Devices during SiO_2 Chemical Vapor Deposition
- Hydrogen-Enhancing Boron Penetration in P-MOS Devices during SiO_2 Chemical Vapor Deposition
- Boron Diffusion in Nitrided-Oxide Gate Dielectrics Leading to High Suppression of Boron Penetration in P-MOSFETs
- Boron Diffusion in Nitrided Oxide Gate Dielectrics Leading to High Suppression of Boron Penetration in P-MOSFETs
- Sub-100-nm Device Fabrication using Proximity X-Ray Lithography at Five Levels
- High-Performance X-Ray Mask Fabrication Using TaGeN Absorber and Dummy Pattern Method for Sub-100nm Proximity X-Ray Lithography : Instrumentation, Measurement, and Fabrication Technology
- Quantum-Size Effect from Photoluminescence of Low-Temperature-Oxidized Porous Si
- Atomic Step Structure on Vicnal H/Si(111) Surface Formed by Hot Water Immersion
- Boron Diffusion in SiO_2 Involving High-Concentration Effects
- Boron Diffusion in SiO_2 Involving High-Concentration Effects
- Study of the Etching Reaction by Atomic Chlorine Using Molecular Beam Scattering
- Scaling Law for Secondary Cosmic-Ray Neutron-Induced Soft-Errors in DRAMs
- Impact of Current Gain Increment Effect on Alpha Particle Induced Soft Errors in SOI DRAMs
- Mo Contamination in p/p^+ Epitaxial Silicon Wafers
- Evaluation of Photoemitted Current from SiO_2 Film on Silicon During Synchrotron Radiation Irradiation
- Synchrotron Radiation-Assisted Silicon Film Growth by Irradiation Parallel to the Substrate
- 100-keV Focused Ion Beam System for Field Ion Source : Lithography Technology
- Sub-100-nm Device Fabrication using Proximity X-Ray Lithography at Five Levels