技術搜尋 - 疲勞 - Future Tech Pavilion, FUTEX

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疲勞　Search Result 39

- heart
  
  Technique
  應用於血栓溶解治療之創新超音波漩渦技術
  
  Unit
  National Tsing Hua University
  
  Exhibition Zone
  精準健康(醫材&防疫科技) Precision Health(Medical Device & Pandemic Prevention)
- heart
  
  Technique
  Adaptive Brain Computer Interface System
  
  Unit
  National Chiao Tung University
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Next Precision Weightlifting Platform
  
  Unit
  University of Taipei
  
  Exhibition Zone
  Precise movement
- heart
  
  Technique
  Hybrid (Arc+Sputter+HiPIMS) commercial production deposition system/Endodontic file with high fatigue resistance
  
  Unit
  Ming Chi University of Technology
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Driving fatigue warning system based on artificial intelligence analysis technology
  
  Unit
  Nhri
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  Applying Wearable Technology of Brainwave Analysis to Contruct
  
  Unit
  Far East University
  
  Exhibition Zone
  Online display only
- heart
  
  Technique
  A platform for combinatorial therapy of genechemotherapeutics: nanoparticles with pH-detachable coatingtargeting peptides for specific delivery to the nucleusmitochondrion of multiple
  
  Unit
  Institute of Pharmacology, National Yang Ming Chiao Tung University
  
  Exhibition Zone
- heart
  
  Technique
  Application of inorganic nanofiber technology to promote the development of biotechnology
  
  Unit
  Tamkang University
  
  Exhibition Zone
- heart
  
  Technique
  (test)Application of inorganic nanofiber technology to promote the development of biotechnology
  
  Unit
  Tamkang University
  
  Exhibition Zone

疲勞

Technique應用於血栓溶解治療之創新超音波漩渦技術 UnitNational Tsing Hua University Exhibition Zone精準健康(醫材&防疫科技) Precision Health(Medical Device & Pandemic Prevention)

TechniqueAdaptive Brain Computer Interface System UnitNational Chiao Tung University Exhibition ZoneOnline display only

TechniqueNext Precision Weightlifting Platform UnitUniversity of Taipei Exhibition ZonePrecise movement

TechniqueHybrid (Arc+Sputter+HiPIMS) commercial production deposition system/Endodontic file with high fatigue resistance UnitMing Chi University of Technology Exhibition ZoneOnline display only

TechniqueDriving fatigue warning system based on artificial intelligence analysis technology UnitNhri Exhibition ZoneOnline display only

TechniqueApplying Wearable Technology of Brainwave Analysis to Contruct UnitFar East University Exhibition ZoneOnline display only

TechniqueA platform for combinatorial therapy of genechemotherapeutics: nanoparticles with pH-detachable coatingtargeting peptides for specific delivery to the nucleusmitochondrion of multiple UnitInstitute of Pharmacology, National Yang Ming Chiao Tung University Exhibition Zone

TechniqueApplication of inorganic nanofiber technology to promote the development of biotechnology UnitTamkang University Exhibition Zone

Technique(test)Application of inorganic nanofiber technology to promote the development of biotechnology UnitTamkang University Exhibition Zone

Technique
應用於血栓溶解治療之創新超音波漩渦技術

Unit
National Tsing Hua University

Exhibition Zone
精準健康(醫材&防疫科技) Precision Health(Medical Device & Pandemic Prevention)

Technique
Adaptive Brain Computer Interface System

Unit
National Chiao Tung University

Exhibition Zone
Online display only

Technique
Next Precision Weightlifting Platform

Unit
University of Taipei

Exhibition Zone
Precise movement

Technique
Hybrid (Arc+Sputter+HiPIMS) commercial production deposition system/Endodontic file with high fatigue resistance

Unit
Ming Chi University of Technology

Exhibition Zone
Online display only

Technique
Driving fatigue warning system based on artificial intelligence analysis technology

Unit
Nhri

Exhibition Zone
Online display only

Technique
Applying Wearable Technology of Brainwave Analysis to Contruct

Unit
Far East University

Exhibition Zone
Online display only

Technique
A platform for combinatorial therapy of genechemotherapeutics: nanoparticles with pH-detachable coatingtargeting peptides for specific delivery to the nucleusmitochondrion of multiple

Unit
Institute of Pharmacology, National Yang Ming Chiao Tung University

Exhibition Zone

Technique
Application of inorganic nanofiber technology to promote the development of biotechnology

Unit
Tamkang University

Exhibition Zone

Technique
(test)Application of inorganic nanofiber technology to promote the development of biotechnology

Unit
Tamkang University

Exhibition Zone