FINAL PROGRAM
 ADC/FCT 2001 Proceedings
can be downloaded free of charge at NASA
website. |
MONDAY, AUGUST 6, 2001
Welcome
Session 1: Markets and Technologies of Diamond Materials
Session 2: Mass Production and Applications of Carbon Nanotubes
Session 3: DLC as Dielectrics and for Magnetic Media
Session 4: B-C-N Materials
Session 6: Carbon Electron Emitters
Session 7: Carbon Nanotube and Diamond Electron Field Emitters
Session 8: Applications of Carbon Nanotubes
Session 10: Diamond and Cubic Boron Nitride Machining Tools
Session 11: Tribological Applications of Carbon Materials
Session 12: Diamond Optics
THURSDAY, AUGUST 9, 2001
Session 13: HTHP and CVD Diamonds
Session 14: CVD of Diamond
Session 15: Novel Nanotube Related Materials and Structures
Session 16: Cubic Boron Nitride
Banquet: Speech by Prof. S. Iijima
FRIDAY, AUGUST 10, 2001
Session 17: Diamond Electronics and MEMS
Session 18: Diamond and Carbides
Session 19: Late News Papers
Back
to top of documentIndustrial Diamonds
Diamond Electronics and Sensors
Diamond Micro-Electro-Mechanical Systems (MEMS)
Electron Emitters
Homoepitaxial Growth of Diamond
Growth and Manufacturing of Diamond-1
Growth and Manufacturing of Diamond-2
Characterization of Diamonds
Electron Emitters
Protective DLC Films
Wear and Tribology
Nitrogen-, Silicon-, and Metal-Containing DLC Films
DLC Deposition Processes
Session 22: Wednesday Posters
Carbon Nitride
Silicon Carbide and Boron Carbide
B-C-N Films
Carbon Nanotube Production and Applications
Carbon Nanotube Storage Systems and Capacitors
Processing of Carbon Nanotube
Electrical and Electronics of Carbon Nanotube
Mechanical Properties and Applications
|
Projectors
for slides, viewgraphs, and PowerPoint presentations are provided. A
laptop computer with window 98 OS and both CD and Zip 250M drives is
also provided in the Auditorium where all the oral presentations are
to be given. Similar equipment will also be available in the author
preparation room (Meeting Room H).
|
MONDAY, AUGUST 6, 2001
8:00-8:10
Welcome: Dr. W. Walker, President, Auburn University
CHAIRS: J. C. Angus and A. Grill
8:10-8:35
1.2 Diamond and Diamond-Like Carbon Films And Coated Products - A Technology And Market Update
T. Abraham, Business Communications Co., USA
9:00-9:25
1.3
James Sung
China Grinding Wheel Corporation, Taiwan, ROC
Taipei University of Technology, Taiwan, ROC
9:25-9:50
1.4 R&D of Diamond Films in Kobe Steel
N. Kawakami, T. Tachibana, K. Hayashi, and K. Inoue, Kobe Steel, Ltd., Japan
9:50-10:15
Takahiro IMAI, Sumitomo Electric Inc., Japan
10:15-10:45
Break
CHAIRS: O. Zhou and M. Kusunoki
10:45-11:10
Motoo Yumura, Satoshi Ohshima, Hiroki Ago and Kunio Uchida, National Institute of Materials and Chemical Research, Japan
Hitoshi Inoue,Toshiki Komatsu, Japan Fine Ceramics Center, Japan
11:10-11:35
2.2 Catalytically Grown Carbon Nanotubes And Their Applications
Chunming Niu, Bob Hoch and Howard TennentHyperion Catalysis International, USA
11:35-12:00
Young Hee Lee
12:00-12:25
12:25-14:00
Break and Posters
CHAIRS: A. Erdemir and D. R. McKenzie
14:00-14:25
Alfred Grill, IBM – T.J.Watson Research Center, USA
14:25-14:50
Richard L.C. Wu and J. D. Wrbanek, K Systems Corporation, USA
M. Freeman, DARPA TACTICAL Technology, USA
S. Fries-Carr and J. Weimer, Air Force Research Laboratories, USA
14:50-15:15
3.3 Sub 10 nm Thick Amorphous Carbon Overcoat FOR Thin Film Magnetic Media
Takayuki YAMAMOTO and Hiroyuki HYODO
15:15-15:40
Hiroyuki Osaki, Sony Corporation, Japan
15:40-16:10
Break
CHAIRS: J. C.-M. Sung and Y. Koga
16:10-16:35
D. R. McKenzie, University of Sydney, Australia
A. Merchant and D.G. McCulloch, R.M.I.T. University, Australia
16:35-17:00
4.2 Reactive Magnetron Sputtering of Hard C-N And Si-C-N Films And Their Properties
J. Vlcek, M. Kormunda, J. Cizek and V. HajekUniversity of West Bohemia, Czech Republic
17:00-17:25
4.3 Growth of DLC And BCN Films by Magnetron Sputtering Using Sintered Diamond And c-BN Target
Naoto Ohtake, Tokyo Institute of Technology, Japan
Break and Posters
Session 5: Review of Research Programs
CHAIRS: R. S. Sussmann and J. T. Glass
8:00-8:30
Jorn Larsen-Basse, National Science Foundation, USA
5.2 ONR Research Programs on Carbon Nanotube
John Pazik, Office of Naval Research, USA
5.3 Current Status of R&D in Frontier Carbon Technology (FCT) Project - Overview
9:15-9:30
5.4 Activity of Novel Materials Synthesis Technology Group in Frontier Carbon Technology Project
Yoshinori Koga, Research Center for Advanced Carbon Materials, AIST, Japan
9:30-9:45
K. Kobashi, FCT Project/ JFCC, Japan
5.6 Developments of Hard Carbon Films and Their Tribological Properties in Frontier Carbon Technology Project
Akihiro Tanaka, National Institute of Advanced Industrial Science and Technology, Japan
Break
Session
6: Carbon Electron Emitters
CHAIRS: J. Pazik and T. Cagin
10:30-10:55
6.1 Fundamental
Properties of Nanotube Field Emitters for Large Area Electron Sources
Kenneth A. Dean, Babu R. Chalamala, Bernard F. Coll, A. Alec Talin, Yi
Wei, and James E. Jaskie, Motorola, Inc., USA
10:55-11:20
6.2 Enhanced
Field Emission from Nanostructured Carbon Films
Igor Pavlovsky,
R.L. Fink, L.F. Thuesen, Zvi Yaniv
Field Emission
Picture Element Technology, Inc., USA
Robert Espinosa,
Microwave Power Technology, USA
11:20-11:45
6.3 Electron
Emission from Diamond
Lothar Ley, Jing-biao Cui, Juergen Ristein, and Markus
Stammler
University of Erlangen,
Germany
11:45-12:10
6.4
Thermionic
Emission of Carbon/Diamond Surfaces at Low Temperature
R. J. Nemanich,
F. A. M. Köck, and J. M. Garguilo
North
Carolina State University, USA
12:10-14:00
Break and Posters
Session
7: Carbon Nanotube and Diamond Electron Field Emitters
CHAIRS: R. J. Nemanich and S. Arepalli
14:00-14:25
7.1 Computational
Studies on Formation And Properties of Carbon Nanotubes
Tahir
Cagin, Jianwei Che, Weiqiao Deng, Xin Xu, William A Goddard, III
California Institute
of Technology, USA
14:25-14:50
7.2 Growth
of Carbon Nanotubes on Patterned Catalysts: Towards a Carbon Nanotechnology
G. A. J. Amaratunga , M. Chhowalla, K. Teo, C. Ducati, I. Alexandrou, N.
L. Rupesinghe, A. Ferrari, W. I. Milne and J. Roberstson, D. Roy and T. W.
Clyne,
D. Hasko, Cambridge University, UK.
A. J. Papworth and C. J Kiely, University of Liverpool, UK.
14:50-15:15
7.3 Fabrication
and Behavior of Diamond Field Emitter Triode Utilizing Silicon-on-Insulator
(SOI) MEMS Technology And CVD
W. P. Kang, A. Wisitsora-at, and J. L. Davidson, Vanderbilt University,
USA
D. V. Kerns, Olin College of Engineering, USA
15:15-15:40
7.4 Electron
Field Emission Properties of Nano-diamonds Synthesized by Chemical Vapor Deposition
Process
I-Nan Lina, Gia-Ming Lin, and Tong Hsu
National Tsing-Hua University, Taiwan
15:40-16:10
Break
Session
8: Applications of Carbon Nanotubes
CHAIRS: J. Han and Y. H. Lee
16:10-16:35
8.1 Lithium
Storage in Nanomaterials
O. Zhou, U.
of North Carolina, USA
16:35-17:00
8.2 High-Pressure
Polymerization of Single Wall Carbon Nanotubes
M. Popov, M.
Kyotani and Y. Koga, JFCC, Japan.
R. J. Nemanich,
North Carolina State University, USA.
17:00-17:25
8.3 Carbon
Nanotube/Fe3O4-Based Electromagnetic Polystyrene
P.C.P. Watts,
W.K. Hsu, H.W. Kroto, D.R.M. Walton
University of Sussex,
UK
17:25-17:50
8.4 Magnetic
Coupling of Carbon Nanotubes
Trinh Vo, Tai-Chou
Lee, Behnaz Payandeh, Rice University, USA
Marc Robert, Rice
University, USA
17:50-21:00
Break and Posters
WEDNESDAY,
AUGUST 8, 2001
Session 9: Chemical and Biological Applications of Diamond and Carbon Nanotubes
CHAIRS: J. E. Butler and K. Kobashi
8:00-8:25
9.1 Electrochemical
Properties of Sulfur-Treated Diamond
Sally C. Eaton,
Alfred B. Anderson, John C. Angus
Case Western Reserve
University, USA
Yulia E. Evstefeeva, Yuri V. Pleskov, Frumkin Institute of Electrochemistry,
Russia
8:25-8:50
9.2 Conductive
Diamond: A Unique Electrode Material for Analytical Applications
Akira Fujishima,
The University of Tokyo, Japan
8:50-9:15
9.3 Advanced
Electrochemistry with DiaChemŇ Electrodes
Lothar Schäfer,
Matthias Fryda, Dennie Herrmann, Inga Tröster
Fraunhofer Institute
for Surface Engineering and Thin Films, Germany
Werner Hänni, André
Perret
Centre Suisse d´Electronique
et de Microtechnique, Switzerland
9:15-9:40
9.4 Carbon
Nanotube Biosensors for Space Molecule Detection And Clinical Molecular Diagnostics
Jie Han, NASA
Ames Research Center, USA
9:40-10:05
9.5 Covalent
Sidewall Chemistry of Carbon Nanotubes
John. L. Margrave, Robert H. Hauge, Valery N. Khabashesku, Ivana Chiang,
Zhenning Gu, and Haiqing Peng, Rice University, USA.
10:05-10:30
Break
Session
10: Diamond and Cubic Boron Nitride Machining Tools
CHAIRS: D. Paulmier and S. Matsumoto
10:30-10:55
10.1 State-Of-The-Art
And Future Trends for CVD-Diamond Coated Tools for Cutting Operations
O. Lemmer,
D. Breidt, M. Frank, Dr. T. Leyendecker
CemeCon GmbH, Germany
10:55-11:20
10.2 Ultrasonic
End Milling of Hard Ferrous Materials by Use of Diamond Tool
Masao Murakawa,
Hiroyuki Noguchi and Masahiko Jin
Nippon Institute
of Technology, Japan
11:20-11:45
10.3 Some
Properties And Cutting Performance of Polycrystalline Cubic Boron Nitride
Without Additives
Tadakazu Ohashi, Hidetoshi Nakajima, Yoichi Hamada, Katsuyoshi Omino and Kazuo
Yamamoto
Mitsubishi Materials Corporation, Japan
11:45-12:10
10.4 Cubic
Boron Nitride Composite Coating for Advanced Machining Application
Ajay
P. Malshe1,*, S.N. Yedave1, W.D. Brown1 and
William Russell2
1University
of Arkansas, USA
2Valenite
Inc., USA
12:10-14:00
Break
and Posters
Session
11: Tribological Applications of Carbon
Materials
CHAIRS: K. Miyoshi and J. Larsen-Basse
11.1
Superlow-Friction
Carbon Films from Hydrogen-Rich Hydrocarbon Plasmas
Ali Erdemir,
Argonne National Laboratory, USA
14:25-14:50
11.2 An Investigation
of Si-DLC Film Structure And Chemistry Relationships to Deposition Process
Conditions And Mechanical Properties
Ryan D. Evans,
Jeffrey T. Glass, Philip W. Morrison, Jr.
Case Western Reserve
University, USA
Gary L. Doll, The
Timken Company, USA
14:50-15:15
11.3 Solid
Lubricant Properties of Carbon Onions Prepared from Diamond Clusters And Particles
Atsushi HIRATA, Masaki IGARASHI and Takahiro KAITO
Tokyo Institute of Technology, JAPAN
15:15-15:45
Break
Session
12: Diamond Optics
CHAIRS: T. Shibata and K. Y. Eun
12.1 Far
Infrared CVD Diamond Optics: Properties and Applications
T P Mollart
and K L Lewis, Defence Research and Evaluation Agency, UK
16:10-16:35
12.2 Extreme-UV
Response of Diamond Detectors
A Pini1, A Desio1, E Pace1, K kobashi2 and R S Sussmann3
1: XUV Laboratory, Department of Astronomy and Space Science, Universita degli
Studi di Firenze, 2: Kobe Steel, 3: King's College London
16:35-17:00
12.3 Diamond
Thin-Film Fabry-Perot Optical Resonators
R. A. Booth
and D. K. Reinhard, Michigan State University, USA
17:30-19:30
BBQ
19:30-21:00
Break
CHAIRS: Y. K. Vohra and L. Schaefer
8:00-8:25
13.1 High-Temperature
Annealing of Colour Centres in Diamond
Alan T Collins, King’s College London, UK
8:25-8:50
13.2 Defect
Aggregation And Dissociation in Diamonds During Annealing under HPHT Conditions
Filip De Weerdt,
Hoge Raad voor Diamant (Diamond High
Council), Belgium
8:50-9:15
13.3 Origin,
Evaluation and Some Problems of Diamond CVD
B.V.Spitsyn and A.E.Alexenko, Institute of Physical
Chemistry RAS, Russia
9:15-9:40
J. E. Butler, Naval Research Laboratory, USA
9:40-10:10
Break
Session
14: CVD of Diamond
CHAIRS: B. Spitsyn and K. Komaki
14.1 Homoepitaxial
Diamond Growth at High And Low Temperature: Designer Diamonds to Large Crystals
Yogesh K. Vohra, University of Alabama at Birmingham (UAB), USA
10:35-11:00
14.2 Numerical
Simulation And Realization of NOVEL Microwave Plasma Reactors for Diamond
CVD
C. Wild, E. Pleuler, W. Müller-Sebert, P. Koidl, Fraunhofer-Institut für
Angewandte Festkörperphysik, Germany
11:00-11:25
D. Paulmier and M. Schmitt, LPMM-ERMES, France
M. Mermoux, Domaine universitaire, France
11:25-13:00
Break and
Posters
Session
15: Novel Nanotube Related Materials and Structures
CHAIRS: S. Iijima and G. A. J. Amaratunga
15.1 Carbon
Nanotubes for Large-Area Field Emission Displays
J.M. Kim1,2,3, N.S. Lee1, and J.H. You2
1FED Team, Samsung Advanced Institute of Technology, Korea
2FED Team, CRD, Samsung SDI, Korea
1FED Team, Samsung Advanced Institute of Technology
3The National Creative Research Initiatives Center for Electron
Emission Source
Samsung Advanced Institute of Technology, Korea
13:25-13:50
15.2 Nanomachined
Carbon: Nanotubes, Fullerenes, Peapods
David Tománek,
Michigan State University, USA
13:50-14:15
15.3 Working
Toward Nanotube Composites
Sivaram Arepalli,
Pavel Nikolaev, and Olga Gorelik
GB Tech/NASA Johnson
Space Center, USA
Victor G. Hadjiev,
University of Houston, USA
Carl D. Scott and
Bradley S. Files, NASA Johnson Space Center, USA
14:15-14:40
15.4 Composite
Materials from Modified Carbon Nanotubes
Rodney Andrews,
Terry Rantell, University of Kentucky, USA
Robert C. Haddon,
University of California, USA
Elizabeth C. Dickey,
University of Kentucky, USA
Robert G. Bergosh,
Hui Hu, Chad Landis, and Mark S. Meier,
University of Kentucky,
USA
14:40-15:10
Break
Session
16: Cubic Boron Nitride
CHAIRS: M. Murakawa and J. Vlcek
16.1 Synthesis
of cBN Films by Plasma Jet CVD in An Ar-N2-BF3-H2 Gas System
S. Matsumoto, W.J. Zhang and J. Yu
National Institute for Research in Inorganic Materials, Japan
15:35-16:00
16.2 Ion
Beam Deposition of Cubic Boron Nitride
C. Ronning,
University of Göttingen, Germany
16:00-16:25
16.3 Electron
Field Emission of Cubic Boron Nitride Thin Films
P. A. Encarnación,
Y. Sheng, A. Daniel, and R. Clarke, The University of Michigan, USA
16:25-18:30
Break
18:30-21:00
Banquet
Speech by
Prof. Iijima, NEC and Meijyo
University, Japan
FRIDAY,
AUGUST 10, 2001
Session
17: Diamond Electronics and MEMS
CHAIRS: J. Zabinski and T. Imai
8:00-8:25
17.1 HOD
Thin Films for Silicon on Insulator Technology
S.D. Wolter,
F. Okuzumi, K. M. Lee, N. Govindaraju, and Z. Sitar
North Carolina
State University, USA
J.T. Prater, Army
Research Office, USA
8:25-8:50
17.2 Diamond
MEMS – From Proof-of-Concept to Application
E. Kohn, M. Adamschik, P. Schmid, S. Ertl, University of Ulm, Germany
8:50-9:15
17.3 Micromachining
of CVD Diamond for MEMS Applications
Takayuki Shibata,
Hokkaido University, Japan
Break
Session
18: Diamond and Carbides
CHAIRS: E. Kohn and R. L. C. Wu
18.1 Diamond
(Heteroepitaxial) Nucleation by Ion Beam Impact: A Reality
S. T. Lee,
I. Bello, and C. S. Lee, City University of Hong Kong, China
10:10-10:35
18.2 HRTEM
Study of The Early Stages of Diamond Nucleation on Si(111) Dimples
J.C. ARNAULT, S. PECORARO, J. WERCKMANN and F.
LE NORMAND
Institut de Physique et Chimie de Strasbourg, France
N. MOTTA
and R. POLINI, Universita Tor Vergata, ITALY
10:35-11:00
18.3 Electrical
Properties of Boron-Doped Diamond Films Grown by Bias Method
S.Yugo,T.Tashiro
and D.Saito, University of Electric-Communications, Japan
11:00-11:25
18.4 Improved
Inversion Channel Mobility for 4H-SiC MOSFETs Following High Temperature Anneals
in Nitric Oxide
G.Y. Chung a), C. C. Tin a), J.R. Williams a),
K. McDonald b), R.K. Chanana b), R.A. Weller c),
S.T. Pantelides b), L.C. Feldman b), O.W. Holland e),
M.K. Das e) and J.W. Palmour e)
a)
Physics Department, Auburn University USA
b)
Department of Physics and Astronomy, Vanderbilt University, USA
c) Department of Electrical
Engineering and Computer Science, Vanderbilt University, USA
d) Solid State Division, Oak Ridge National Laboratory, USA
e) Cree Research Inc.,
USA
11:25-11:50
18.5 Size
Control of Carbon Nanotubes by Surface Decomposition of SiC
M. Kusunoki, T. Suzuki, C. Honjo, T. Hirayama and N. Shibata
Japan Fine
Ceramics Center / FCT, Japan
11:50-12:15
18.6 Electromagnetically
Accelerated Plasma Spraying for Boron Carbide Coating
Junya Kitamura, National Institute of Materials and Chemical Research, Japan
Shu Usuba, Yozo Kakudate, Hiroyuki Yokoi, Kazuhiro Yamamoto, and Shuzo Fujiwara
National Institute of Materials and Chemical Research, Japan
12:15-13:30
Break
Session
19: Late News Papers
CHAIRS: Y. Tzeng and Y. Koga
13:30-13:55
19.1 Diffusion
of Boron into Polycrystalline Diamond Films Using the Electric Field Enhanced
Diffusion (EFED) Technique
University of Missouri-Columbia, USA.
13:55-14:20
19.2 Charge
Carriers Removal from 4H-SIC Using Field Enhanced Diffusion by Optical Activation
Method
University of Missouri
- Columbia, USA.
14:20-14:45
19.3 Computer
Simulation of Large Area Diamond Deposition by DC Arc Jet with Arc Roots Rotating
And Operating at Gas Recycling Mode
F.X. Lu, T.B. Huang, W.Z. Tang, J.H. Song, Y.M. Tong
University of Science and Technology Beijing, P.R. China
|
Poster
Boards Are 4 ft High by 8 ft Wide.
Posters and Exhibits are to be presented in the Ballroom A. |
MONDAY,
AUGUST 6, 2001
Session 20: Monday Posters
CHAIRS: H. Kirkici and J. Williams
Industrial Diamonds
20.1 The Production And Features of Industrial Diamond Made in China
Zhibin Zhan, Queenbee Diamond Industrial Co. Ltd., China
Aiguo Yao and Bairu Xia, China University of Geosciences, China
Diamond Electronics and Sensors
20.2 Characterization
of AlN And LiNbO3 Thin Films Deposited on Diamond Substrates
Masatou Ishihara, Takako Nakamura and Yoshinori Koga, National Institute of Advanced Industrial Science
and Technology (AIST), Japan
Fumio Kokai, AIST, Japan
20.3 Polycrystalline
Diamond Films for High-Temperature Electronics And MEMS
R. Ramamurti,
V. Shanov, and R. N. Singh, University of Cincinnati, USA
M. Samiee and P.
Kosel, University of Cincinnati, USA
20.4 Diamond
Membrane Electron Multiplier
Nick N. Dzbanovsky, Pavel Minakov,
Nikolay V. Suetin,
Moscow State University, Russia
Eugeni A. Poltoratsky, Gennady S. Richkov , Eugeny A. Il’ichev, Sergey A.
Zelenograd’s Physical Problems Institute, Russia.
20.5 Novel
Electronic Devices Using Diamond Thin Films
A. Vaseashta, Marshall University, USA
20.6 Electron
And Hole Contribution to The Response of CVD Diamond Nuclear Detectors
Marco Marinelli,
E. Milani, A. Paoletti, A. Tucciarone, G. Verona‑Rinati
Universitŕ di Roma
“Tor Vergata”, Italy
S. Albergo, V.
Bellini, A. Musumarra, R. Potenza, C. Randieri, M.L. Sperduto, C.M.
Sutera e A. Tricomi, Universitŕ di Catania (Italy)
Istituto Nazionale
di Fisica Nucleare, Italy
20.7 Temperature
Dependence of Trapping-Detrapping Effects in CVD Diamond Particle Detectors
Marco
Marinelli, E. Milani, A. Paoletti, A. Tucciarone, G. Verona
Rinati
Universitŕ di Roma,
Italy
M. Angelone, M. Pillon,
EURATOM-ENEA sulla Fusione, Italy
Diamond
Micro-Electro-Mechanical Systems (MEMS)
20.8 On
the Fabrication And Behavior of Diamond Microelectromechanical Sensors (DMEMS)
K. Holmes,
J.L. Davidson, W.P. Kang, M. Howell, Vanderbilt University, USA
Electron
Emitters
20.9 Microfabrication
of Various Electron Emitters on Single Crystal Diamond
Y. Nishibayashi1),
Y. Ando1), K. Kobashi1), K. Meguro2), T.
Imai2), T. Hirao3), and K. Oura3)
1)
Osaka University, Japan
2) Sumitomo
Electric Industries, 016 Japan
3) Osaka
University, Japan
20.10 Field
Emission from Diamond Films Containing Ion-Implanted Graphitic Regions
N.
Koenigsfeld and R. Kalish, Technion, Israel
Hoffman and R.
Akhvlediani, Technion, Israel
20.11 Field
Emission Characteristics of Ion-Implanted CVD Diamond
T. Ono, T. Sakai, N. Sakuma, L. Zhang and H. Yoshida
JFCC and Toshiba Corporation, Japan
M. Hasegawa and H. Okushi, Electrotechnical Laboratory, Japan
20.12 N-Doped
CVD Diamond Films as A Low Temperature Thermionic-Field Electron Source
F. A.
M. Köck, J. M. Garguilo, B. Brown, R.J. Nemanich, North Carolina State University,
USA
20.13 Field
Emission, PEEM and FEEM Measurements of Emitting Sites of MPCVD Grown NanoCrystalline
Diamond Films
J. M.
Garguilo, F. A. M. Köck, B. Brown, R.J. Nemanich, North Carolina State University,
USA
20.14 Investigation
on Field Emission of Si Tips with Nanocrystalline Diamond Coatings
W.
L. Wang, K.J. Liao, Chongqing University, P. R.China
20.15 Parameter
Estimation for Electron Field Emission
Greg
Walker, Sam Shin, Tim Fisher, Vanderbilt University, USA
Jim Davidson, Weng-Poo
Kang, Vanderbilt University, USA
Diamond
Electrodes
20.16 STM
And Electrochemical Investigation of Homoepitaxial Boron-Doped CVD Diamond
Films
John
B. Cooper, Jason A. Moulton, Old Dominion University, USA
Sacharia Albin,
and Bing Xiao, Old Dominion University, USA
20.17 CVD
and HTHP Diamond Electrodes: Effects of Crystal Structure
Yu.
V. Pleskov, Yu. E. Evstefeeva, M. D. Krotova, V. Ya. Mishuk
Russian Academy
of Sciences, Russia
V. A. Laptev
All-Russia Research
Institute for Synthesis of Mineral Raw Materials, Russia
Diamond
Optics
20.19 Surface
Flashover Characteristics of Polychristalline Diamond And DLC Dielectric Thin
Films in Vacuum: A Review
Hulya
Kirkici, Auburn University, USA
20.21 Diamond
Cutting Tools for Dry Machining Application
Prabhu Arumugam, Ajay P. Malshe* and Steve Batzer, University
of Arkansas, USA
20.22 CMP
Pad Dresser: A Diamond Grid Solution
James
Sung, KINIK Company, Taiwan, ROC
20.23 The
Reciprocative Sawing of Granite
James C. Sung, KINIK Company, Taiwan, R.O.C.
Taipei University of Technology, Taiwan, R.O.C.
20.24 The
Casting of CVD Diamond
James Sung & Shiao-Kuo Chang
Kinik
Company & National Taipei University of Technology, Taiwan, R.O.C
20.25 An
Analysis of The Catalysis of Fe, Ni or Co on The Wear of Diamonds
Masao
Uemura, Toyohashi University of Technology, JAPAN
High
Pressure High Temperature Diamond Processes
20.26 Fulerenes
as A Co-Catalyst for HPHT Synthesis of Diamond
A.
Ya. Vul’, S. V. Kidalov,
Ioffe Physico-Technical Institute, Russia
V. M. Davidenko, V. A. Yashin, Abrasive
factory “Ilih”, Russia
S. S. Ordanyan, St.Petersbur State Technological University, Russia
20.28 The
Multi-Anvil Spherical Type Device of High Pressure with Cubic Compression
Chamber
Guerold
Bobrovnitchii, State University of the North Fluminense,
Brazil
Eduard Persikov, Institute of Experimental Mineralogy, Russia
20.29 The
Optimized Cell Design for High Pressure Synthesis of Diamond
James
C. Sung
KINIK Company, Taiwan & Taipei University of Technology, Taiwan
20.30 Liquid
Phase Synthesis of Diamond in Hydrogen Atmosphere
Hsiao-Kuo
Chung1, Ming-Show Wong2, Yong Liu3, James
C. Sung1,4
KINIK Company, Taiwan, R.O.C.
Tung-Hwa University, Taiwan, R.O.C.
Chinese Academia Sinica, Taiwan, R.O.C.
Taipei University of Technology, Taiwan, R.O.C
20.31
13C NMR Spectroscopy
of Amorphous Hydrogenated Carbon And Amorphous Hydrgenated
Carbon Nitride Grown at Various Substrate Temperatures
S.-H.
Lin, J. BraddockWilking and B. J. Feldman
University of Missouri-St. Louis, St. Louis, USA
Ultradispersed
Diamonds
20.32 Chemical
States Carbon Atoms on Upper Layers of Ultra Dispersion Diamond (UDD) and
Natural Diamond (ND)
A.P.
Dementjev, RRC "Kurchatov Institute", Russia
Diamond Nucleation
20.33 Ultradisperse
Diamond. Structure, Phase Transformation And Application for CVD Diamond Films
Growth
E. Alexenskii, M. V. Baidakova,
N. A. Feoktistov, V. G. Golubev, S. Grudinkin, A. T. Dideikin,
V. G. Melehin, V. Yu. Osipov, V. I.
Siklitski, A. Ya. Vul’
Ioffe Physico-Technical Institute, Russia
A. M. Panich, .I. Shames , Ben-Gurion University of the Negev, Israel
W. Kempiński, Polish Academy of Sciences, Poland
A. Krüger, E. Osawa, M. Ozawa, Toyohashi University of Technology, Japan
20.35 Effect
of Cyclic Time Interval of CH4 Flow Rate on The Diamond Nucleation
Density on Glass Substrate
Sung-Hoon Kim, Eun-Jin Bae, Silla University, Korea
Tae-Gyu Kim, Miryang University, Korea
Young-Hun, Kim, Korea University, Korea
T. Hosomi, T. Maki, and T. Kobayashi, Osaka University, Japan
Homoepitaxial
Growth of Diamond
20.37 Boron
Doped Diamond Homoepitaxial Films Grown on (100) Substrates Investigated by
Scanning Tunneling Microscopy
Bing
Xiao, Weihai Fu, and Sacharia Albin, Old Dominion University, USA
Jason Moulton, and John Cooper, Old Dominion University, USA
20.38 Cathodoluminescence
Topography of Homoepitaxial Diamond Made by Microwave Plasma CVD
Hisao
Kanda, Satoshi Koizumi, Kenji Watanabe
National Institute
of Material Sciences( NIMS ), Japan
Tokuyuki Teraji,
Osaka University, Japan