Final Program--NEW
Time	Name	Affiliation	Session/Activity
Wednesday, October 23
7:30-10:00 AM			Registration
7:30-8:20			Continental Breakfast
8:20-8:40	David Look, Kim Goldenberg		Opening remarks and greetings from Wright State Univ President Kim Goldenberg
			Session I. Bulk and Epitaxial Growth of ZnO and Alloys
8:40-9:00	Jeff Nause	Cermet, Inc.	Melt Growth Bulk ZnO
9:00-9:20	Peter Shvansky	Russian Res Inst for the Synthesis of Materials	Hydrothermal Growth of Large Perfect ZnO Crystals.
9:20-9:40	Hang-Ju Ko	Tohoku Univ, Japan	Investigation of Annealing MgO Buffer and Ii/Vi Ratio for High Quality ZnO Epilayers
9:40-10:00	Hiroyuki Kato	Stanley Electric Co., Ltd., Japan	Effects of O/Zn Flux Ratio on the Quality of ZnO Layers Grown By Plasma-Assisted Molecular Beam Epitaxy
10:00-10:20			Break
10:20-10:40	David Eason	Eagle-Picher Technologies	Growth and Characterization of p-type ZnO thin films by MBE
10:40-11:00	Akihiko Yoshikawa	Chiba Univ, Japan	Complete Suppression of Rotation Domain Structures and Polarity Control in Rf-Mbe Grown ZnO Epilayers on Nitrided and Gallium Pre-Exposured C-Al2O3
11:00-11:20	Evans Chen	Bell Labs, Lucent Technologies	Growth Processes in Plasma-Assisted Molecular-Beam Epitaxy Of ZnO and (Mg, Zn, Cd)O
11:20-11:40	Naoki Ohashi	Natl Inst for Matls Science, Japan	Properties of Zinc Oxide Films Heavily Doped With the Group III Elements
11:40-12:00	Yicheng Lu	Rutgers Univ	In-Plane Anisotropic Properties Of (1120 ) Zno AND Mgxzn1-Xo (0£X£0.3) Films On (0112 ) R-Sapphire Substrates
12:00-1:20 PM			Lunch
1:20-1:40	Robert Davis	North Carolina State Univ	Heteroepitaxial and Homoepitaxial Growth of ZnO {0001} Thin Films Via Metalorganic Vapor Phase Epitaxy and Their Characterization
1:40-2:00	Andreas Waag	Ulm University, Germany	ZnO MOVPE Process Development
2:00-2:20	Bruno Meyer	Justus-Liebig-Univ, Germany	Properties of CVD Grown ZnO Epitaxial Films
2:20-2:40	David Cohen	Northwestern Univ	Wide Bandgap ZnxMg1-xO:Al Thin Films For Modulation Doped Transparent Conducting Oxides
2:40-3:00	Hong Koo Kim	Univ of Pittsburgh	Epitaxial Growth of ZnO and Related Alloy Semiconductors for Optoelectronics and Spintronics Applications
3:00-3:20	Break
3:20-3:40	Yungryel Ryu	MOXtronics	P-type ZnO Growth and Chacterization
			Session II. Processing
3:40-4:00	Brian Coppa	North Carolina State Univ	Gold Schottky Contacts on Oxygen Plasma-treated n-type ZnO (0001)
4:00-4:20	Kelly Ip	Univ of Florida	Effects of Hydrogen and ICP Dry Etching of ZnO
4:20-4:40	Han-Ki Kim	Kwangju Inst of Sci & Tech, Korea	Low Resistance Non-annealed Al-based Ohmic contacts on n-ZnO Epitaxial Layer
4:40-5:00	Toby Barrus	Ohio State Univ	Surface Photovoltage Spectroscopy of Single Crystal ZnO (0001)
7:00-10:00 PM			Poster Session
			Bulk and Epitaxial Growth and Processing
	Yuneng Chang	Lunghwa Univ of Sci & Tech, Taiwan	A Study of ZnO MOCVD Mechanisms by Gas Phase Transmission FTIR
	Ulrike Diebold	Tulane Univ	Structure and Morphology of Low-Index Single-Crystalline ZnO Surfaces
	Sylvie Fay	Inst de Microtechnique, Switzerland	Temperature Induced Morphological Changes of Boron-Doped ZnO in LP CVD
	Satoru Fujitsu	Shonan Inst of Tech, Japan	Surface Modification on Transparent ZnO with Crystal Axis Orientation - Effect of Grinding
	Roland Groenen	Eindhoven Univ of Tech, Netherlands	Textured Zinc Oxide Deposition Using an Expanding Thermal Plasma
	Thomas Gruber	Ulm Univ, Germany	Evaluation and Preparation of ZnO Substrates
	Li Chang/Wen Cheng Hou	Natl Chiao Tung Univ, Taiwan	Chemical Vapor Deposition of Zinc Oxide Thin Films on Gallium Nitide/Sapphire Substrates
	Kakuya Iwata	Photonics Res Inst , AIST, Japan	Bandgap Narrowing of ZnOSe Films Grown by Radical Source MBE
	Im Woo Kim	POSTECH, South Korea	Twin Formation in Epitaxial ZnO Films on Sapphire
	Joseph Kolis	Clemson Univ	Hydrothermal Crystal Growth of Single Crystals of ZnO and Magnesium Doped ZnO
	Valery Mamedov	Inst of Physics, Russian Academy of Sciences, Russia	CVD Growth of the Epitaxial ZnO Layers Stimulated by the RF-Discharge Plasma
	Koji Matsubara	Photonics Res Inst , AIST, Japan	Low Temperature Deposition of Zno Transparent Conducting Films by Pulsed Laser Deposition
	Vincent Munne	Cermet, Inc.	ZnO Based Homoepitaxy
	Seong-Ju Park	KJIST, South Korea	Low-Resistance and Nonalloyed Ohmic Contacts to Plasma Treated ZnO
	Catherine Rice	Structured Materials Industries, Inc.	MOCVD Zinc Oxide Films
	Kurt Ruthe	Northwestern Univ	Low Temperature Ion Assisted Deposition of ZnO Thin Films
	Yoshimi Shimizu	Shizuoka Univ, Japan	Effects of Hydrogen Plasma Radicals nn Remote Plasma Assisted MOCVD ZnO Growth from Dyethylzinc and Oxygen
	Colin Wolden	Colorado School of Mines	Plasma Enhanced Synthesis of Zinc Oxide
	Bao Ping Zhang	RIKEN, Japan	Control By MOCVD of In-Plane Orientation OF ZnO Epitaxial Films on CommercialAl2O3 (0001) Substrates
			Optical Properties
	Pijush Bhattacharya	Univ of Puerto Rico, PR	Effect of Post-DepositionO2 Annealing Over Structural and Optical Properties of Epitaxial Zno Thin Films Grown Over (0001) Al2O3 Using Pulsed Laser Deposition Technique
	Claude Boemare	Univ of Aveiro, Portugal	Optical Activity and Damage Recovery of Fe Implanted ZnO
	Shmuel Borenstain	El-Mul Technologies, Ltd., Japan	Cathodoluminescence of MOCVD Grown Zn0.96 Mg0.04O Thin Film
	Alvin Drehman	Air Force Research Lab/SNH	Zinc Oxide for Use as a Transparent Conducting Film
	Robert Lamb	Univ of New South Wales, Australia	Piezoelectric Characterisation of Zinc Oxide Thin Films Grown Using Single Source CVD
	Maria Cristina Larciprete	Univ of Rome, Italy	Optimization of the Optical Properties of ZnO Films Deposited by Dual Ion Beam Sputtering
	Shu Ping Lau	Nanyang Technological Univ, Singapore	Thin Films Zinc Oxide Grown by Filtered Cathodic Vacuum ARC
	Takayuki Makino	RIKEN, Japan	Application of Many-Body Absorption-Edge Singularity Model to Optical Absorption Spectra of ZnO:Al Epilayers
	Raj Thareja	Indian Institute of Tech Kanpur, India	Pulsed Laser Deposited ZnO Films for UV Laser and Nonlinear Medium
	G. Wang	Northwestern Univ	One-Dimensional Photonic Crystals Involving ZnO
			Electrical Properties
	Yahya Alivov	Inst of Microelectronics Technology, RAS, Russia	The Properties of ZnO:Ga Films Implanted With N+ Ions
	F. Danie Auret	Univ of Pretoria, South Africa	Fabrication and Characterization of NiO/ZnO Structures
	Gabriel Braunstein	Univ of Central Florida	Ion Implantation of Nitrogen and Gallium Ions into Zinc Oxide
	Stanislaw Kolesnik	Northern Illinois Univ	Magnetism in Mn- and Co- Doped ZnO
	Pedro Mantas	Univ of Aveiro, Portugal	Controlling ZnO Defect Chemistry Through Doping
	Elisabete Rita	Instituto Tecnol gico e Nuclear, Portugal	Impurity Lattice Location and Defect Recovery of Implanted ZnO Single Crystals
			Nanostructures and Applications
	Jason Baxter	Univ of California-Santa Barbara	Growth of ZnO Nanowires
	Md. Faruque Hossain	Tokyo Inst of Technology, Japan	Grain Boundary Modeling of Invisible Thin Film Transistor
	Kenichiro Kono	Natl Inst for MaterialsScience, Japan	Transient Optical Properties of ZnO Implanted with Negative Cu Ions
	Ruud Schropp	Utrecht Univ, Debye Inst, Netherlands	Application of Expanding Thermal Plasma Deposited ZnO in Amorphous Silicon Pin Solar Cells
	James Voigt	Sandia National Labs	Solution Synthesis of ZnO Columnar Film Structures
	Li-Peng Wang	Intel Corp	Fabrication and Characterization of GHz Piezoelectric Resonators Based on ZnO Films
	Zhizhen Ye	Zhejiang Univ,  China	Fabrication and Properties of ZnO UV Detector
Thursday, October 24
7:30-8:00 AM	Continental Breakfast
			Session III. Optical Properties: Excitons, and Roles of H and N
8:00-8:20	Walter Lambrecht	Case Western Reserve Univ	Valence Band Ordering and Magneto-Optic Fine Structure in ZnO
8:20-8:40	Donald Reynolds	WrightState Univ	Temperature Dependence of Free Excitons and Donor-Bound Excitons in ZnO
8:40-9:00	Jurgen Christian	Otto-von-Guericke-Univ Magdeburg, Germany	Microscopic Imaging of Growth Domains, Strain, and Impurity Incorporation in Thick ZnO CVD Layers
9:00-9:20	Lijun Wang	West Virginia Univ	Photoluminescence Study of Excitonic and Visible Emission From As-Grown and Thermally Annealed Bulk ZnO Crystals
9:20-9:40	Wojciech Jadwisienczak	Ohio Univ	Visible Emission from Eu And Tm Ions Incorporated into ZnO and Co-Doped with Cl Ions
9:40-10:00	N. V. (Ginger) Edwards	Motorola Semiconductor Products Sector	Optical Properties of Bulk ZnO From 0.7 To 9.5 eV as Determined by Vacuum Ultraviolet Spectroscopic Ellipsometry
10:00-10:20			Break
10:20-10:40	Armin Dadgar	Otto-von-Guericke-Univ Magdeburg, Germany	Strain Distribution in ZnO Layers Grown on Different Substrates
10:40-11:00	Yuri Strzhemechny	Ohio State Univ	Remote Hydrogen Plasma Treatment of ZnO Single Crystals
11:00-11:20	Axel Hoffmann	Tech Univ Berlin, Germany	Nitrogen in ZnO: Properties of a Promising Acceptor
11:20-11:40	Detlev Hofmann	Justus-Liebig-Univ, Germany	Bound Excitons in Bulk and N-implanted ZnO
11:40-12:00	Kentaro Tamura	RIKEN, Japan	Optical Properties of Nitorogen-Doped ZnO Films on Lattice-Matched ScAlMgO4(0001) Substrates
12:00-1:20 PM			Lunch
			Session IV. Electrical Properties: P-doping, Roles of H and N, Surfaces
1:20-1:40	Chris Van de Walle	Xerox Palo Alto Research Center	Role of Hydrogen in ZnO
1:40-2:00	Jingyun Huang	Zhejiang Univ, China	Mechanism of Hydrogen-aided Doping in N-doped p-type ZnO Films
2:00-2:20	Xiao Nan Li	Natl Renewable Energy Lab	Properties of CVD-formed p-type ZnO Thin Films
2:20-2:40	Bruce Claflin	Air Force Research Lab	Electrical and Optical Properties of Homoepitaxial MBE p-type ZnO
2:40-3:00	Alain Lusson	LPSC CNRS Meudon, France	Nitrogen Doping Of Movpe Grown ZnO Layers Via Two Approaches :  In-Situ Incorporation; Diffusion In Oxidizing Atmosphere
3:00-3:20			Break
3:20-3:40	Jianguo Lu	Zhejiang Univ, China	Synthesis of P-Type ZnO Films with Parallel Orientation by Solid-Source Chemical Vapor Deposition
3:40-4:00	Ken Nakahara	ROHM Co, Ltd., Japan	Reduction of Residual Carrier Concentrations and Experiments for P-Type Doping Using Radical Source Molecular Beam Epitaxy
4:00-4:20	Larry Halliburton	West Virginia Univ	Use of EPR to Monitor the Formation of Nitrogen and Lithium Acceptors in Thermally Annealed Bulk ZnO Crystals
4:20-4:40	Zhenguo Ji	Zhejian Univ, China	Liquid Vapor Deposition of P-Type ZnO Films and Characterization
4:40-5:00	Bunmi Adekore	North Carolina State Univ	Electrical, Optical and Chemical Characteristics of Implanted ZnO Substrates
5:00-5:20	Masashi Kawasaki	Tohoku Univ, Japan	ZnO Field Effect Devices
7:00-10:00			Banquet--Dayton Art Institute
Friday, October 25
7:30-8:00 AM			Continental Breakfast
			Session V. Electrical Properties: Doping of ZnO and Alloys
8:00-8:20	Michael Lorenz	Univ Leipzig, Gemany	Structural, Optical, and Electrical Properties of Pld Zn(Ga,Al,Mg,Cd)O Thin Films on Sapphire
8:20-8:40	Holger von Wenckstern	Univ Leipzig, Gemany	Electrical Properties of PLD Zn(Ga,Al,Mg,Cd)O  Thin Films on C- And R-Plane Sapphire
8:40-9:00	Takafumi Yao	Tohoku Univ, Japan	Plasma Assisted MBE and Electrical Properties of Ga-doped ZnMgO Layers
			Session VI. Nanostructures, Spintronics, UV Sensors, FETs, Lasers
9:00-9:20	Klaus Thonke	Tohoku Univ, Japan	ZnO Nano-Dots, -Rings, and -Pillars Generated with Self-Assembling Polymers
9:20-9:40	Shizuo Fujita	Kyoto Univ, Japan	Low-Dimensional Self-Assembled Zinc Oxide Nanodots and Nanorods Grown By Metalorganic Chemical Vapor Deposition
9:40-10:00	David Norton	Univ of Florida	Doping for Charge, Bandgap, and Spin in Zno Nanorods and Thin Films
10:00-10:20			Break
10:20-10:40	R.D. Vispute	Univ of Maryland	Ultraviolet Photoconductive MgxZn1-xO Detectors:  Future UV sensors
10:40-11:00	I. Takeuchi	Univ of Maryland	Fabrication of Monolithic Multi-Channel UV Detector Arrays and Mapping of Continuous Phase Evolution In Epitaxial Mgxzn1-Xo Composition Spreads
11:00-11:20	Ken-ichi Ogata	Osaka Inst of Tech, Japan	Growth and Characterization Of ZnMgO Layers By Molecular Beam Epitaxy Toward Biosensor
11:20-11:40	Darren Bagnall	Southhampton Univ, UK	Stimulated Emission and Lasing in ZnO
11:40-12:00	David Look		Closing Remarks
12:00-1:20 PM			Lunch