| 5 |
105-1
|
期刊論文
|
Influences of Cone Angle and Surface Charge Density on the Ion Current Rectification Behavior of a Conical Nanopore.
|
| 6 |
105-1
|
期刊論文
|
Salinity Gradient Power: Optimization of Nanopore Size
|
| 7 |
105-2
|
期刊論文
|
Ion Current Rectification Behavior of Bioinspired Nanopores Having a pH-Tunable Zwitterionic Surface
|
| 8 |
107-1
|
研究獎勵
|
Effect of eccentricity on the electroosmotic flow in an elliptic channel
|
| 9 |
106-2
|
論文指導
|
數學二碩士班 王俊傑
|
| 10 |
107-1
|
教學研習
|
記分簿成績上傳(第1場)（2018-11-20 13:10:00 ~ 15:00:00）
|
| 11 |
104-1
|
期刊論文
|
Diffusiophoresis of a pH-regulated polyelectrolyte in a nanopore of nonuniform cross section
|
| 12 |
106-1
|
期刊論文
|
Diffusiophoresis of a pH-regulated Polyelectrolyte in a pH-regulated Nanochannel
|
| 13 |
106-1
|
期刊論文
|
Salt-Dependent Ion Current Rectification in Conical Nanopores: Impact of Salt Concentration and Cone Angle
|
| 14 |
104-1
|
期刊論文
|
Effect of eccentricity on the electroosmotic flow in an elliptic channel
|
| 15 |
106-1
|
期刊論文
|
Power generation by a pH-regulated conical nanopore through reverse electrodialysis
|
| 16 |
106-1
|
期刊論文
|
Sedimentation of a pH-Regulated Nanoparticle in a Generalized Gravitational Field
|
| 17 |
107-1
|
期刊論文
|
Influence of salt valence on the rectification behavior of nanochannels
|
| 25 |
106-1
|
研究獎勵
|
Influences of Cone Angle and Surface Charge Density on the Ion Current Rectification Behavior of a Conical Nanopore.
|
| 18 |
104-2
|
期刊論文
|
Modeling the release of a reagent from an inwardly tapered disk with a central hole
|
| 19 |
106-1
|
研究獎勵
|
Importance of Polyelectrolyte Modification for Rectifying the Ionic Current in Conically Shaped Nanochannels
|
| 20 |
106-1
|
研究獎勵
|
Ionic Current Rectification in a Conical Nanopore: Influences of Electroosmotic Flow and Type of Salt
|
| 21 |
106-1
|
研究獎勵
|
Ionic Current Rectification in a pH-tunable Polyelectrolyte Brushes Functionalized Conical Nanopore: Effect of Salt Gradient
|
| 22 |
106-1
|
研究獎勵
|
Diffusiophoresis of a pH-regulated Toroidal Polyelectrolyte in a Solution Containing Multiple Ionic Species
|
| 23 |
106-1
|
研究獎勵
|
Ion Current Rectification Behavior of Bioinspired Nanopores Having a pH-Tunable Zwitterionic Surface
|
| 24 |
106-1
|
研究獎勵
|
Salinity Gradient Power: Optimization of Nanopore Size
|
| 26 |
106-1
|
研究獎勵
|
Separation of Charge-regulated Polyelectrolytes by pH-assisted Diffusiophoresis
|
| 27 |
107-1
|
教學計畫表
|
統計一：微積分 TLSXB1S0325 0B
|
| 28 |
107-1
|
教學計畫表
|
數學一碩專班：幾何學 TSMAJ1S0284 0A
|
| 29 |
107-1
|
教學計畫表
|
自然科學學門：生活邏輯 TNUUB0S0353 0A
|
| 30 |
89-2
|
期刊論文
|
Current efficiency of a disk-shaped ion-xchange membrane
|
| 1 |
78-2
|
期刊論文
|
A kinetic analysis of the repair of radiation-induced DNA double-strand breaks
|
| 2 |
106-2
|
非教學研習
|
員工福利委員會「樂活講座-捲紙卡片教學」（2018-06-08 12:10:00 ~ 13:40:00）
|
| 3 |
104-1
|
期刊論文
|
Ionic Current Rectification in a pH-tunable Polyelectrolyte Brushes Functionalized Conical Nanopore: Effect of Salt Gradient
|
| 4 |
105-2
|
期刊論文
|
Ionic Current Rectification in a Conical Nanopore: Influences of Electroosmotic Flow and Type of Salt
|
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