Recent News

1. Congrats! Prof. Ming-Chang Lu is elected as the Fellow of the International Association of Advanced Materials (FIAAM).
2. Congrats! The paper "Reduced graphene oxide films for reducing hotspot temperature of electronic devices" by DingJun Huang, WeiTsu Peng, YenDa Lee, MungChang Lu has been published by International Communication of Heat and Mass Transfer!  ​(SCI IF: 6.782)
3. Congrats! The paper "Reducing Contact Time of Droplets Impacting Superheated Hydrophobic Surfaces" by Chung-Te Huang, Ching-Wen Lo, and Ming-Chang Lu has been accepted by SMALL!  ​(SCI IF: 15.153)
4. Congrats! Wei-Tsu Peng, Fu-Ren Chen, and Ming-Chang Lu "Thermal Conductivity and Electrical Resistivity of Single Copper Nanowires", Physical Chemistry Chemical Physics, 2021, DOI: 10.1039/D1CP02774C.  (SCI IF: 3.945)
5. Cograts! Prof. Ming-Chang Lu receives the International Association of Advanced Materials (IAAM) Scientist Medal, 6/2021
6. Congrats! The paper "Wide-Temperature Antifouling Characteristic of a Doulbe Re-Entrant Pillar Array" has been published by International Journal of Heat and Mass Transfer!  ​(SCI IF: 5.431)
7. Congrats! The paper "Frosting and Defrosting on the Hydrophilic Nylon-6 Nanofiber Membrane–Coated Surfaces" has been published by Applied Thermal Engineering! (SCI IF : 6.465)

Research Highlights

A Double Reentrant Groove Arry Surface for Increasing Leidenfrost Point and Reducing Contact Time (Huang et al., Small, 2022 (SCI IF: 15.153))

A 3-D Hybrid Surface for Enhanced Condensation (Lo et al., Joule, 2019 (SCI IF: 46.048))

Control of Ice Formation for Enhancing Anti-icing and Deicing (Lo et al., ACS Nano, 2017 (SCI IF: 18.027))

Join the Lab

​
Ongoing projects  in the Nano-Energy Lab  ​include:
  • Micro/Nano structures for enhancing anti-icing and deicing;
  • Micro/Nano structures for enhancing condensation mass and heat transfer; 
  • Micro/Nano structures for enhancing pool boiling heat transfer;
  • Micro/Nano structures for antifouling and suppressing Leidenfrsot effect;
  • Investigating heat transfer in polymer nanofibers;​
  • Investigating heat and electricity transfer in ferromagnetic nanowires for the development of key technologies to MRAMs. 
  • Thermal management of 3D ICs using reduced graphene oxide papers (sponsored by TSMC and PSMC). 
    
      MS/Ph.D. students' positions available!!!
​       (1) Scholarships for International Ph.D. students.
       (2) Scholarship of direct-pursuit doctoral program
       for NTU master and undergraduate students (~
       NT28000/per month 台大逕博獎學金).  The NTU
       students qualified for this direct-doctor program
       can also obtain Research Assistant    
       Scholarship (NT10000-20000/per month)
       and/or Teaching Assistant scholarship (~
       NT10000/per month) simultaneously.
​       Contact Prof. Lu at: mingchanglu@ntu.edu.tw