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Target Molecule Sensor System using Nanomaterials and Nanoscience

 

This research tries to find the best way to detect target molecules. Most researches are focused on the interaction between nano-material and target particles. To find effective method, the basic applicable physics of nano-sciecne such as 'flow induced energy geration'[1], 'CNTs carbonization'[2] and 'Selective deposition'[3] are mainly researched. This research also try to increase the ratio between signa/noise, so the way to improve the quality of transferred nano-material[4] are also researched.

 

<Reference>

 

[1] Kim, J., Lee, J., Kim, S., & Jung, W. (2016). Highly increased flow-induced power generation on plasmonically carbonized single walled carbon nanotubes. ACS Applied Materials & Interfaces.

[2] Kim, J., Kim, G. G., Kim, S., & Jung, W. (2016). Plasmonic welded single walled carbon nanotubes on monolayer graphene for sensing target protein. Applied Physics Letters108(20), 203110.

[3] Kim, J., Kim, S., & Jung, W. (2016). Selective atomic layer deposition onto directly transferred monolayer graphene. Materials Letters165, 45-49.

[4] Kim, J., Kim, G. G., Kim, S., & Jung, W. (2016). Highly Enhanced Electromechanical Stability of Large-Area Graphene with Increased Interfacial Adhesion Energy by Electrothermal-Direct Transfer for Transparent Electrodes. ACS Applied Materials & Interfaces8(35), 23396-23403.

 

 

77fabe1ff0cb6ef9dc09fe4158df79bb_1479877087_6913.JPG

Schematic of Reference 1.


77fabe1ff0cb6ef9dc09fe4158df79bb_1479877089_7334.JPG

Schematic of Reference 2.


77fabe1ff0cb6ef9dc09fe4158df79bb_1479877091_1585.JPG

Schematic of Reference 3.


77fabe1ff0cb6ef9dc09fe4158df79bb_1479877092_6083.JPG

Schematic of Reference 4.



 

 




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