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all　Search Result 9

- heart
  
  Technique
  Design of Dye-Sensitive Solar Cell Power Supply System for E-Paper
  
  Unit
  National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center
  
  Exhibition Zone
  跨域整合 Interdisciplinary Area
- heart
  
  Technique
  以永續電極材料製成之超高能量密度鋰離子電池
  
  Unit
  National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center
  
  Exhibition Zone
  跨域整合專區
- heart
  
  Technique
  高能量密度與高安全性全固態鋰電池
  
  Unit
  Ming chi University of Technology
  
  Exhibition Zone
  先進材料&綠能
- heart
  
  Technique
  鋰電池單顆粒電極材料量測技術
  
  Unit
  National Taiwan University of ScienceTechnology
  
  Exhibition Zone
  先進材料&綠能
- heart
  
  Technique
  高容量高安全性硫化物系固態鋰離子電池
  
  Unit
  National Taiwan University of ScienceTechnology
  
  Exhibition Zone
  先進材料&綠能
- heart
  
  Technique
  The Future Light Source - Ultrafast Molecular Imaging: Free Electron Laser
  
  Unit
  National Synchrotron Radiation Research Center
  
  Exhibition Zone
  National Synchrotron Radiation Research
- heart
  
  Technique
  Lithium battery energy storage system development and new generation of solid-state battery materials
  
  Unit
  Academia Sinica
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  High performance and high safety lithium ion battery
  
  Unit
  National Taiwan University of Science and Technology
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Recycling critical metals from lithium ion battery by Solvent extraction synergized complexation
  
  Unit
  Chaoyang University of Technology
  
  Exhibition Zone
  Online display only

TechniqueDesign of Dye-Sensitive Solar Cell Power Supply System for E-Paper UnitNational Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center Exhibition Zone 跨域整合 Interdisciplinary Area

Technique以永續電極材料製成之超高能量密度鋰離子電池 UnitNational Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center Exhibition Zone跨域整合專區

Technique高能量密度與高安全性全固態鋰電池 UnitMing chi University of Technology Exhibition Zone先進材料&綠能

Technique鋰電池單顆粒電極材料量測技術 UnitNational Taiwan University of ScienceTechnology Exhibition Zone先進材料&綠能

Technique高容量高安全性硫化物系固態鋰離子電池 UnitNational Taiwan University of ScienceTechnology Exhibition Zone先進材料&綠能

TechniqueThe Future Light Source - Ultrafast Molecular Imaging: Free Electron Laser UnitNational Synchrotron Radiation Research Center Exhibition ZoneNational Synchrotron Radiation Research

TechniqueLithium battery energy storage system development and new generation of solid-state battery materials UnitAcademia Sinica Exhibition ZoneOnline display only

TechniqueHigh performance and high safety lithium ion battery UnitNational Taiwan University of Science and Technology Exhibition ZoneOnline display only

TechniqueRecycling critical metals from lithium ion battery by Solvent extraction synergized complexation UnitChaoyang University of Technology Exhibition ZoneOnline display only

Technique
Design of Dye-Sensitive Solar Cell Power Supply System for E-Paper

Unit
National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center

Exhibition Zone
跨域整合 Interdisciplinary Area

Technique
以永續電極材料製成之超高能量密度鋰離子電池

Unit
National Cheng Kung University Hierarchical Green-Energy Materials (Hi-GEM) Research Center

Exhibition Zone
跨域整合專區

Technique
高能量密度與高安全性全固態鋰電池

Unit
Ming chi University of Technology

Exhibition Zone
先進材料&綠能

Technique
鋰電池單顆粒電極材料量測技術

Unit
National Taiwan University of ScienceTechnology

Exhibition Zone
先進材料&綠能

Technique
高容量高安全性硫化物系固態鋰離子電池

Unit
National Taiwan University of ScienceTechnology

Exhibition Zone
先進材料&綠能

Technique
The Future Light Source - Ultrafast Molecular Imaging: Free Electron Laser

Unit
National Synchrotron Radiation Research Center

Exhibition Zone
National Synchrotron Radiation Research

Technique
Lithium battery energy storage system development and new generation of solid-state battery materials

Unit
Academia Sinica

Exhibition Zone
Online display only

Technique
High performance and high safety lithium ion battery

Unit
National Taiwan University of Science and Technology

Exhibition Zone
Online display only

Technique
Recycling critical metals from lithium ion battery by Solvent extraction synergized complexation

Unit
Chaoyang University of Technology

Exhibition Zone
Online display only