Additional Program (Late News Paper Program)Oral Session

7P-7: Poster Session I

7C-5:Nanocarbon Application
7C-5-2L
11:05
Graphene Field-effect Transistorbased Influenza-virus Detection

Nanocarbons
7P-7-115L
7P-7-117L
7P-7-118L
Enhanced Performance of 2D Production of Carbon Nanocoils Solution-processed Al2O3 for gate
Graphene Ozide/ZnO Nanoparticle using a Spray Pyrolysis Chemical dielectrics
intheTop-Gated
Vapor Deposition Method
in Dye-sensitized Solar Cells
Graphene Field Effect Transistors
C.-H. Hsu 1,2, C.-C. Chen 1, C.-C. W.K. Huang 1, K.J. Chung 1, Y.M. G.-H. Park, H. Fukidome, T.
Lai 2, L.-G. Chen 1 and P.-S. Chan Liu 1, N.W. Pu 2, M.D. Ger 1, M.J. Suemitsu, T. Otsuji and M.
1, 1 Natl. Taipen Univ. of Technol. Youh 3, 1 Natl. Defense Univ., 2 Suemitsu, , Tohoku Univ., Japan
YuanZe Univ. and 3 Hsing Wu
and 2 Bichen Technol., TaiwanUniv., TaiwanT. Oe 1, Y. Ohno 1, K. Maehashi 1,K. Matsumoto 1, Y. Watanabe 1, K.
Ikuta 1, T. Kawahara 2 and Y.
Suzuki 2, 1 Osaka Univ. and 2
Chubu Univ., Japan

Nanocarbons

Nanodevices

7P-7-119L
7P-7-120L
7P-7-121L
7P-7-122L
7P-7-123L
Responses
formechanical Computer-Aided Molecular Design Planar Junctionless Poly-si Thin- Fabrication of the Field Emission Comparison of Electromagneticallystrain/stress of single walled carbon of Functional Graphene Nano- film Transistors with Single Gate Lamp and Morphology Transform Induced Transparency between
Silver and Gold Metamaterials at
Analysis of Carbon Nano-coils
nanotube thin film deposited on flakes: DFT Studyand Double Gatepiezoelectric flexible sheet
Wavelengths around 800 nm
T. Taira , T. Ikawa, H. Hotta, H. S. Abe and H. Tachikawa, C.H. Chou, I.-C. Lee, D.-C. Lei and K.J. Chung 1, C.C.Chiang 1, Y.M. R. Hokari, Y. Kanamori and K.
H.-C. Cheng, Natl. Chiao Tung Liu 1, M.J. Youh 1, N.W. Pu 3 and Hane, Tohoku Univ., Japan
Tabata, O. Kubo and M. Katayama, Hokkaido Univ., Japan
M.D. Ger 1, 1 National Defense
Univ., TaiwanOsaka Univ., JapanUniv. 2 Hsing Wu College and 3Yuan Ze Univ., Taiwan

Nanofabrication

Organic Nanomaterials

Nano-Tool

7P-7-124L
7P-7-125L
7P-7-126L
Aluminum Doping of 4H-SiC using Microcontact Printing of Thermo- Electrical transport in multi-layered
Chemical Wet Laser Processing
sensitive Nano Pd Catalytic Ink For silicene measured by multipleHigh Uniformity Nickel Patternscanning-probe microscope
D. Marui, A. Ikeda, K. Nishi, H. P.C. Wang, Y.C. Chen, W.K. O. Kubo1,2, P. De Padova 3, B.
Ikenoue, T. Asano, Kyushu Univ., Huang, C.P. Chang, Y.M. Liu and Olivieri 4, C. Quaresima 3, G. Le
M.D. Ger, 1 Natl. Defense Univ., Lay 5, M. Aono 2 and T. NakayamaJapan
2,6, 1 Osaka Univ., 2 NIMS, JapanTaiwan
and 3 ISM, 4 ISAC, Italy, 5 AixMarseille Univ France and Univ of

8P-11: Poster Session IIAdvanced Photolithography

Electron and Ion Beam Technologies

Inorganic Nanomaterials

8P-11-119L
8P-11-120L
8P-11-121L
8P-11-122L
8P-11-123L
Removal of Micro Bubble Trapped Surface potential distribution of a Measurement and simulation of Optical and Thermal Study of Temperature Dependence of SulfurVapor Annealing of FeS2 Films byon Resist Micro Pattern by Dipping resist film irradiated by electron fogging electron distribution in a Synthesized SnS Nanomaterials
scanning electron microscope
beam
into Low Surface Tension
Electro Spray Deposition Method
K. Takahashi 1, A. Takano 2 and A. K. Kumagai, M. Otani, S. Hosoi and S. Hosoi, M. Otani, K. Kumagai and M.D. Chaudhary 1 and S.H. Chaki T. Doe, Y. Ishikawa, K. Nabesaka,
M. Horita and Y. Uraoka, Nara Inst.
Kawai 2, 1 Nissan Chemical M. Kotera, Osaka Inst. of Technol., M. Kotera, Osaka Inst. of Technol., 1, Sardar Patel University, Indiaof Sci. and Technol., JapanJapanIndustries and 2 Nagaoka Univ. of Japan
Technol., Japan

Inorganic Nanomaterials

Microsystem Technology and MEMS

8P-11-124L
8P-11-125L
8P-11-126L
8P-11-127L
8P-11-128L
Synthesis of ZnSe Nanocrystals in Preparation of WO3 Nanorods by a In situ Observation of Negative Micro
Electrode/
Pattern
Fabricationof Photoresist/Pt
Apoferritin Cavity
Acid(PFSA)
HydrothermalMethodfor Electron Affinity Surfaces during Perflurosulfonic Acid (PFSA) Film PerflurosulfonicMultilayer Structure for Single Chip
Photoelectron Emission by Surface by CF4 RIE Process
Electrochromic Device
Photo-Absorption Method
Micro Direct Methanol Fuel Cell
S. Li and S. J. Park, Gachon Univ., C.-H. Lu 1, M. H. Hon 1, C.-Y. Kuan K. Hayase, K. Suzuki, Y. Inagaki, R. Y. Sakurai, D. Tanaka, S. Ohata Y. Sakurai, D. Tanaka, S. Ohata
Korea
1 and I.-C. Leu 2, 1 Natl. Cheng Chiba, S. Midorikawa, H. Iijima, and and A. Kawai, Nagaoka Univ. of and A. Kawai, Nagaoka Univ. ofTechnol., Japan
Kung Univ. and 2 Natl. Univ. of T. Meguro,, Tokyo University of Technol., Japan
Tainan, TaiwanScience, Japan
Microsystem Technology andMEMS
8P-11-129L
Chip-less Wireless Neural Probes
based on One-port SAW Delay Line
andNeural
Firing-dependent
Capacitors
I.K. Jung and K. Lee, Ajou Univ.,

Withdrawn List
7C-4:Graphene
Nanodevices
Nanodevices
Nanofabrication
Nanofabrication
7C-4-4
7P-7-30 Withdrawn
7P-7-48 Withdrawn
7P-7-51 Withdrawn
7P-7-58 Withdrawn
10:10
Hybrid Nanostructure consisting of Field-emission and Photodetector Electrical Characterization of Metal- Nanosilver Particles Composite
Prepare by Isopropanol Cold
ferroelectric-insulator-semiStacking Structure Observation in a Nanoneedle and Nanodot for Characteristics of GZO Nanorods
conductor having Double Layered Plasma Interface Layer and UVTwisted Bilayer Graphene using
Ionization Gas Sensing Application
Insulator for Memory Applications graft PolyAAc for Post Reduction ofAberration-corrected Transmission
Electron Microscopy
Silver Ion on the Substrate
K.-S. Chen 1, Y.-S. Wei 1, C.-W.
J.M. Yuk 1,2,3, H.Y. Jeong 1, N.Y. H. Liu and Y. Huang, Nanyang C.-S. Huang 1, C.-H. Hsiao 2, M.-Y.
L.N. Ismail, M.H. Wahid, Z.
Chuang 2, Y.-C. Chen 2, S.-J. Young 3, Habibah, S.H. Herman, M.D.
Chou 2, C.-K. Feng 3 and W.-Y.
Kim 1, M.J. Lee 1, J.Y. Lee 2,3 and Technological Univ., Singapore
Y.-K. Su 2 and S.-J. Chang 2, 1 Natl.
Chen 4, 1 Univ. of Tatung, 2 China
Z. Lee 1, 1 UNIST., 2 Inst. for Basic
Rozana and M. Rusop, Univ.
Yunlin Univ. of Sci. and Technol., 2 Natl.
Medical Univ., 3 Veterans General
Sci. and 3 KAIST, Korea
Teknologi MARA, Malaysia
Cheng Kung Univ. and 3 Natl. Formosa
Hospital and 4 Natl. Taiwan Univ.,
U i T i
Inorganic Nanomaterials
7C-5:Nanocarbon Application
8D-9:Inorganic Nanomaterials III
7P-7-72 Withdrawn
7C-5-2 Withdrawn
8D-9-3
Effect of Extra Pb Excess on CVD-Synthesized Graphene-FET 11:15
Si1-xGex Core-shell Alloy
Dielectric and Structural Property of Array for Biomolecule Detection
Nanowires with Defected Shell for
PbTiO3 Thin Films Capacitor
Low Thermal Conductivity
Z. Nurbaya, L.N Ismail, Z. Habibah M.Z. Nursakinah 1, Y. Ohno 1, K. J. Lee 1,2, E.K. Lee 1, K. Heo 1,3,and M. Rusop, Univ. Teknologi Maehashi 1, K. Kawahara 2, H. Ago L. Yin 4, C. Yu 4, B.L. Choi 1, D.
2 and K. Matsumoto 1, 1 Osaka Whang 1,2 and S. Hwang 1, 1
MARA, Malaysia
Samsung Advanced Inst. Technol.,
Univ. and 2 Kyushu Univ., Japan
2 Sungkyunkwan Univ., 3 Korea
Univ Korea and 4 Texas A&M

Inorganic Nanomaterials
8P-11-67 Withdrawn
Synthesis of Gallium Nitride
Nanoparticles by DC Arc Thermal
PlasmaT.-H. Kim, S. Choi and D.-W. Park, Inha
Univ., Korea