Session Chairs

Session

Time

Session Chairs

C1

10/22 08:50-09:20

Chia-Hsien Hsu

C2

10/22 13:30-15:15

Yih-Fan Chen

C3

10/23 08:50-09:20

Chien-Fu Chen

C4

10/23 13:30-15:15

Min-Hsin Yeh

 

Sessions C (電機大樓 1F 101 教室10/22(Sat.)

Time

Paper No.

Paper title

C1

08:50-09:05

0101

Development of Gut On a Chip:in Vitro Cell Culture Model with Physiological Peristalsis

09:05-09:20

0026

A microfluidic isolation and enrichment device for quantitative motion-analysis and drug testing of individual bacterium

C2

13:30-14:00

Invited Speakers:  

Ya-Yu Chiang

Topic: Multi-phase flow manipulation

14:00-14:15

0081

Low-Cost Super Resolution Microscopy Using Photonic Nanojets Generated by a Movable Microsphere Array

14:15-14:30

0115

Novel 3D-Printed Paper Microfluidics Coupled with Spray Ionization Mass-Spectrometry For Direct Illicit Drugs Analysis

14:30-14:45

0146

Membrane-integrated Gas Bubble Removal Microfluidic System for Droplet Generation

14:45-15:00

0032

Helmholtz Resonator Based Acoustic Filter Front-End

15:00-15:15

0056

Modularize physical stimulation microfluidic bioreactor

 

Sessions C (電機大樓 1F 101 教室10/23(Sun.)

Time

Paper No.

Paper title

C3

08:50-09:05

0069

Developing Monolithic 3D µPADs Fabricated by Stereolithography 3D Printing for Passive Micromixer and Dopamine Assay

09:05-09:20

0011

Characterization of Particles in a Rectangular Cross-section Spiral Channel

C5

13:30-14:00

Invited Speakers:  

Yao-Chuan Tsai

Topic: Flexible Printed Circuit Board Strain Sensor Embedded in Miniaturized Pneumatic Finger

C4

14:00-14:15

0051

Heat transfer and hydrodynamic analysis of PDMS/GO nanocomposite microfluidic device

14:15-14:30

0120

Developing an Extremely High Flow Rate Micropump for Blood Plasma Separation with Inertial Particle Focusing Technique

14:30-14:45

0029

Effects of droplet volume, applied frequency and electrode width on the minimum actuation voltage on a one-plate microfluidic device

14:45-15:00

0136

Developing Co doped Bi2Te3 thermoelectric thin films for IoT applications

15:00-15:15

0064

Microchannel process optimization by precision micromilling

 



National Chung Hsing University (NCHU)
Micro-nano thin film Materials application Lab.
Email: precision620@email.nchu.edu.tw
TEL: +886-4-22840531 #620 (王顥宇)

 

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