スポンサーリンク
Kanazawa Institute of Technology | 論文
- 203 A STUDY ON BASIC PERFORMANCE COMPARISON WITH ACOUSTIC HOLOGRAPHY AND MUSIC METHODS IN SOUND SOURCE IDENTIFICATION(O.S.4 Measurement and Sensor I)
- Development of Vibratory OD-Blade Slicing using Mechanical Elliptical Vibration Spindle : Vibration Slicing Principle and Basic Slicing Characteristics(Grinding technology)
- Study on Dynamical Investigation of OD-Blade Cutting utilizing Vibration in Vertical Direction
- Study on Elliptical Vibration Cutting of Soft Polymers by Knife-blade
- The Effect of Practice on Pupil's Portfolio Assessments Using Rubrics in Technology Education in Japan : A Case Study for the Learning Area of Cultivation
- W-12 Improving A University-Wide Survey for Assessing Growth in Student Personal, Interpersonal, and Technical Skills(International Session)
- Frequency Spectrum of CdS Acoustic Domains for Acoustic Domain Injection Technique : Ultrasonic Transduction
- 3. Prototype Hypermedia Course Development using Windows-Based Computers
- Use of Video Capture Boards with Windows-based Multimedia Computers
- ベルリン工科大学非金属材料研究所
- International Symposium on Microstructure and Mechanical Behaviour of Materials (IMMB XI'AN CHINA, 1985) 出席報告
- A Basic Study on the Drilling of Hard and Brittle Materials Subjected to Vibration by Collision at Low Frequency
- Effect of Magnetic Hysteresis on Surface Losses in Solid Iron Under DC-Biased Magnetization
- Temperature dependence of time resolved photoluminescence at 512 μm and at 528 μm and magnetic properties of uranium glass (特集 ナノテクノロジーが進めるフェライトおよび磁性微粒子材料の高性能化)
- Periodic Thermal Deformation of Large Seal Ring
- Prime divisors of the class number of the real $p^r$th cyclotomic field and characteristic polynomials attached to them (Algebraic Number Theory and Related Topics 2007)
- A Three-dimensional Display Using Multiple Liquid Crystal Screens
- Overview on the Studies of Intelligent CAIs/ITSs in Japan
- Doors of Electric Trains for Commuter Service
- Substrate Temperature Dependence of the Photoresist Removal Rate Using Atomic Hydrogen Generated by a Hot-Wire Tungsten Catalyst