25. Coexistence of Two Different Peierls Distortions within an Atomic Scale Wire: Si(553)-Au

         Physical Review Letters 95, 196402 (2005)

 

   24. Order.disorder phase transition on the Pb-adsorbed Si(110) surface

         Surface Science 596 (2005) L325.L330

 

   23. Electronic states of two-dimensional adatom gas and nanocluster array: Na on Si(111) 7 × 7

         Physical Review B 72, 113309 (2005)

 

   22. Atomic-Scale Phase Coexistence and Fluctuation at the Quasi-One-Dimensional Metal-Insulator Transition

         Physical Review Letters 95, 126102 (2005)

 

   21. Real-space investigation of the metal-insulator transition of Si (557)-Au

         Physical Review B 72, 035323 (2005)

 

   20. Chemical phase transitions of the HfO2 /SiON/Si nanolaminate by high-temperature thermal treatments in NO and O2 ambient

         Applied Physics Letters 86, 262906 (2005)

 

   19. One-dimensional electronic structure of the Sb-decorated Si(113)2 × 2 surface

         Surface Science 583 (2005) 199.204

 

   18. Nonmetallic nature of In-induced nanoclusters on Si(100)

         Physical Review B 70, 113304 (2004)

 

   17. Mechanism of Gap Opening in a Triple-Band Peierls System: In AtomicWires on Si

         Physical Review Letters 93, 106401

 

   16. Electronic transition of Au-induced atomic chains on Si.5 5 12.: A strong similarity with the Au/Si(5 5 7) system

         Physical Review B 69, 233311 (2004)

 

   15. Carbon bonding site in Si(001)c(4×4) prepared by hydrocarbon decomposition

         Physical Review B 69, 233306 (2004)

 

   14. Metal-Insulator Transition in Au Atomic Chains on Si with Two Proximal Bands

         Physical Review Letters 91, 196403 (2003)

 

   13. High-resolution photoemission spectroscopy study of clean and Au-nanowire-decorated Si(5 5 12) surfaces

         Physical Review B 68, 165314 (2003)

 

   12. Mechanism of initial adsorption of NO on the Si(100) surface

         Physical Review B 68, 075323 (2003)

 

   11. Electronic nature of one-dimensional noble-metal nanowires on the Si(5 5 12) surface

         Physical Review B 66, 153403 (2002)

 

   10. Structural and electronic properties of the Si-rich 6H-SiC(0001) surface

         Surface Science 516 (2002) L529.L534

 

   09. Adsorbate-Induced Pinning of a Charge-Density Wave in a Quasi-1D Metallic Chains:Na on the In/Si(111)-(4 × 1) Surface

         Physical Review Letters 88, 196401

 

   08. Observation of a quasi-1D Mott-Hubbard insulator: The re-entrant Na/Si(111)-3 × 1 surface

         Europhysics. Letter., 57 (6), pp. 859~865 (2002)

 

   07. Temperature-induced metal.insulator transition on a triangular binary system: Sn/Si(111)

         Applied. Physics. A 74, 299.302 (2002)