| 931 |
97-1
|
會議論文
|
A biomimetic figure-of-eight flapping induced by flexible wings
|
| 932 |
96-2
|
會議論文
|
A gas-leakage sensor for PDMS chip frames
|
| 933 |
96-2
|
會議論文
|
The attachment of tumor cells to the micropatterns of glutaraldehyde (GA)-crosslinked gelatin
|
| 934 |
96-2
|
會議論文
|
A thermopneumatic valveless micropump with PDMS-based nozzle/diffuser structure for microfluidic system
|
| 935 |
96-1
|
會議論文
|
A novel DNA amplification chip of polymer-substrate
|
| 936 |
95-1
|
會議論文
|
EHD micro-boat
|
| 937 |
95-1
|
會議論文
|
Completely parylene-coated neuroprobe for chronic recording
|
| 938 |
95-1
|
會議論文
|
A circular microchannel embedded with spiral electrodes used for fluid transportation
|
| 939 |
95-1
|
會議論文
|
圓管挫曲式微型閥門之研製
|
| 940 |
95-1
|
會議論文
|
應用於留置針型生醫感測系統之新型微液體驅動器
|
| 941 |
100-1
|
教學計畫表
|
機電一博士班：感測器與驅動器 TEBXD1E3099 0A
|
| 942 |
100-1
|
教學計畫表
|
航太四：微奈米工程概論 TENXB4E2535 0P
|
| 943 |
100-1
|
教學計畫表
|
機電一碩士班：微機電系統 TEBXM1E1847 0A
|
| 944 |
100-1
|
教學計畫表
|
機電系精密一：流體機械科技史 TEBBB1E3229 0R
|
| 945 |
100-1
|
教學計畫表
|
機電系光機一：流體機械科技史 TEBAB1E3229 0R
|
| 946 |
100-1
|
教學計畫表
|
共同科－工：微機電系統概論 TGEXB0E1670 0A
|
| 947 |
98-1
|
研究報告
|
20公分翼展以下之拍翼式微飛行器的縮小化與減重研究
|
| 948 |
|
學歷
|
私立淡江大學機械工程研究所碩士
|
| 949 |
|
學歷
|
國立成功大學航空太空學系學士
|
| 950 |
80-1
|
學歷
|
國立台灣大學應用力學研究所博士
|
| 951 |
89-1
|
經歷
|
美國加州理工學院
|
| 952 |
97-1
|
經歷
|
國家實驗研究院
|
| 953 |
93-1
|
研究獎勵
|
Photo-patternable gelatin as protection layers in low-temperature surface micromachinings
|
| 954 |
94-1
|
研究獎勵
|
A Piezoresistive Micro Pressure Sensor Fabricated by Commercial DPDM CMOS Process
|
| 955 |
93-1
|
研究獎勵
|
The micro iron drag pump using indium-tin-oxide(ITO)electors to resist aging
|
| 956 |
96-1
|
研究獎勵
|
Buckled-type valves integrated by parylene micro-tubes
|
| 957 |
95-1
|
研究獎勵
|
The parylene bowed-type valves
|
| 958 |
97-1
|
研究獎勵
|
A flapping MAV with PVDF-parylene composite skin
|
| 959 |
99-1
|
研究獎勵
|
Fabrication and testing of surface ratchets primed with hydrophobic parylene and hexamethyldisilazane for transporting droplets
|
| 960 |
95-1
|
研究獎勵
|
A liquid-based gravity-driven etching-stop technique and its application to wafer level cantilever thickness control of AFM probes
|
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