Chemical Nano-Process Group

Department of Applied Chemistry
Waseda University

Prof. Tetsuya Osaka

Research in Osaka Lab.

A.STATE-OF-THE-ART BATTERIES
 A-1. Composite Polymer Electrolyte
 A-2. New Negative Electrode Material for Li-Ion Batteryˇ¤SnSx
 A-3. Development of the Evaluation Method for Lithium Ion Secondary Battery
 A-4. Development of Micro Energy Device
B.HIGHLY FUNCTIONALIZED DEVICES
 B-1. Micro-Biosensing Devices of a New Sensing System to Detect with an Organic Monolayer Gate Semiconductor Transistor
 B-2. Fabrication of Organic Monolayers on Silicon Wafer Surface and its Application to Micro-Biosensing Devices
 B-3. Fabrication and Characterization of Chiral Recognition Surfaces for Chiral Sensors
C.HIGH DENSITY MAGNETIC RECORDING HEAD
 C-1. High Performance Soft Magnetic Materials by Electrodeposition Method
 C-2. High Performance Soft Magnetic Materials by Electroless Deposition Method
 C-3. Micro- or Nano- Fabrication of Magnetic Recording Head Core by Using Electroless Deposition Method
D.HIGH DENSITY MAGNETIC RECORDING MEDIA
 D-1. Novel Sputtered Materials for Extremely High Density Magnetic Recording Media
 D-2. Electroless CoNiP Magnetic Dot Arrays on Si Wafer by Electroless Deposition
E.ELECTRONIC CIRCUIT PACKAGING
 E-1. Fabrication of Ni Microprobes by Electrodeposition
 E-2. Non-Cyanide Substrate-Catalyzed Electroless Gold Plating
 E-3. Electroplated Hard Gold for Electrical Contact Applications

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