201st Meeting - Philadelphia, PA
May 12-17, 2002
PROGRAM INFORMATION
K1 - Second International Symposium on Cold Cathodes
Dielectric Science and Technology/Electronics/Luminescence and Display Materials
Monday, May 13, 2002
Conference Room 307, Level 3
Carbon Nanotubes
Co-Chairs: O. Groening and J.E. Yater
Time | Abs# | Title |
10:00 | 436 |
Nanoscience and The ONR/DoN Science & Technology Process - J. Pazik (Office of Naval Research) |
10:40 | |
Ten-Minute Intermission - |
10:50 | 437 |
Quantum Interference Effects in the Nanotriode - S. Johnson, A. Blackburn, A.
Driskill-Smith, D. Hasko, and H. Ahmed (University of Cambridge) |
11:20 | 438 |
Microgated In-Situ Grown Carbon Nanotube Field Emitter Arrays - D. Hsu and J. Shaw (Naval Research Laboratory) |
11:50 | 439 |
A Micromachined Vacuum Triode Using a Carbon Nanotube Cold Cathode - W. Zhu,
L.H. Chen (Agere Systems), C. Bower (Inplane Photonics), D. Lopez, and P. Gammel
(Agere Systems) |
12:10 | 440 |
Photo Electron Emission Microscopy (PEEM), Field Emission Electron Microscopy (FEEM) and Themionic FEEM of Nitrogen and Sulfur Doped Carbon Flims - F. Koeck (North Carolina State University), S. Gupta, G. Morell (University of Puerto Rico), J.
Garguilo, B. Brown, R. Nemanich (North Carolina State University), and B. Weiner (University of Puerto Rico) |
Carbon Nanotubes
Co-Chairs: D. Hsu and W. Zhu
Time | Abs# | Title |
1:40 | 441 |
Scanning Anode Field Emission Microscopy Investigations of Carbon Nanotube Thin Films - O.
Groening, L.-O. Nilsson, R. Clergereaux, P. Groening, and L. Schlapbach (University of
Fribourg) |
2:10 | 442 |
Saturated Field Emission from Carbon Nanotubes - J. Shaw and D. Hsu (Naval Reserch Lab) |
2:30 | 443 |
Fabrication and Characterization of Field Emission Devices Based on Single Vertically Aligned Carbon Nanofibers - M.
Guillorn, V. Merkulov, A. Melechko, D. Ellis, L. Baylor, D. Lowndes, and M. Simpson (Oak Ridge National Laboratory) |
2:50 | 444 |
Atom-by-atom Analysis of Field Emission Sources by the Scanning Atom Probe - O. Nishikawa, T. Murakami, M. Watanabe, T.
Yagyu, and M. Taniguchi (Kanazawa Institute of Technology) |
3:10 | |
Twenty-Minute Intermission - |
Field Emitter Arrays
Co-Chairs: C. Hunt and K.L. Jensen
Time | Abs# | Title |
3:40 | 445 |
Field Emitter Array Performance Enhancement By Self Cleaning - P.
Schwoebel, C. Spindt, and C. Holland (SRI International) |
4:10 | 446 |
Study of Emitter Materials for use in Hostile Environments - W.
Mackie, C. Dandeneau, L. Southall, and F. Charbonnier (Applied Physics Technologies, Inc.) |
4:30 | 447 |
Intelligent Silicon Field Emission Arrays - C.-Y. Hong and
A.I. Akinwande (Massachusetts Institute of Technology) |
4:50 | 448 |
Field Emission Array Cathode Material Selection for Compatibility with Electric Propulsion Applications - C.
Marrese, J. Polk (Jet Propulsion Laboratory), and W. Mackie (Applied Physics Technologies Inc.) |
5:20 | 449 |
Field Emission Study of Ti-Silicide Array - M.-Y. Jung, S.S. Choi (Sun Moon University),
S.B. Kim, and H.T. Jeon (Hanyang University) |
5:40 | 450 |
Field Induced Thickening of the Au-coated Nanosize Si-tip and Field Emission from the PR-coated Si-tip -
M.Y. Jung and S.S. Choi (Sun Moon University) |
Tuesday, May 14, 2002
Theory and Simulation
Co-Chairs: P. Schwoebel and C. Marresse
Time | Abs# | Title |
8:00 | 451 |
Emissive and Cooling Properties of Carbon Based Materials for Microelectronics - N.
Miskovsky, P. Cutler (Penn State University), A. Mayer (Universitaires Notre-Dame de la
Paix-Namur), N. Kumar (UHV Technologies, Inc.), and M. Chung (University of
Ulsan) |
8:30 | 452 |
Modeling Device Performance and Feature Variation in Microtip Field Emitters - J. Zuber (United States Naval Academy) and K. Jensen (University of Maryland) |
8:50 | 453 |
Simulations of Transport and Field-Emission Properties of Multi-wall Carbon Nanotubes - A. Mayer
(Facultes Universitaires N.-D. de la Paix), N. Miskovsky, and P. Cutler (The Pennsylvania State University) |
9:10 | 454 |
Equilibrium Theory of Nanotips - G. Bilbro (North Carolina State University) |
9:30 | |
Ten-Minute Intermission - |
9:40 | 455 |
An Analysis of FEA Noise Mechanisms - K. Jensen (University of Maryland), M. Cahay (University of Cincinnati), and C.
Marrese-Reading (Jet Propulsion Lab) |
10:00 | 456 |
Sub-Poissonian and Super-Poissonian Shot Noise in Planar Cold Cathodes - R. Krishnan, M. Cahay (University of Cincinnati), and
K.L. Jensen (NRL) |
10:20 | 457 |
On the Extraction of Data from Field Emission Experiments with Nanoscale Objects - D. Jaeger, T. Tyler, V.
Zhirnov, and J. Hren (North Carolina State University) |
10:40 | 458 |
Current Density Evaluation At The Barrier Maximum - K. Jensen, P. O'Shea, and D. Feldman (University of Maryland) |
Thin Film Nanostructures
Co-Chairs: N. Miskosky and S. Johnson
Time | Abs# | Title |
1:40 | 459 |
Reticulated Vitreous Carbon (RVC) as a Field Emission Surface for Large-Area Applications -
C.E. Hunt (University of California) |
2:10 | 460 |
Emission from GaN p-n Junction Cold Cathodes - J. Shaw (Naval Research Laboratory), J. Smith, R.
Treece, and J. Pankove (Astralux Incorporated) |
2:30 | 461 |
Effect of Film Thickness on Low-Energy Electron Transmission in Thin CVD Diamond Films - J.
Yater, A. Shih, J. Butler, and P. Pehrsson (Naval Research Laboratory) |
2:50 | 462 |
Growth and Characterization of Thin Films of Rare-Earth Sulfides on Various Substrates - Y.
Modukuru, J. Thachery, M. Cahay, and P. Boolchand (University of Cincinnati) |
3:10 | 463 |
Surface-Emmitting Ballistic Cold Cathodes Based on Nanocrystalline Silicon Diodes - N.
Koshida, A. Kojima, Y. Nakajima (Tokyo University of A & T), T. Ichihara, Y.
Watabe, and T. Komoda (Matsushita Electric Works) |
3:30 | 464 |
The Effects of Various Si Substrates on the Field Emission of Cubic Boron Nitride Thin Films - P.A.
Encarnacion, A. Daniel, Y. Sheng, and R. Clarke (The University of Michigan) |
3:50 | 465 |
Microwave-Tube Experiments Utilizing Ferroelectric Electron-Gun - M.
Einat, E. Jerby, and G. Rosenman (Tel-Aviv University) |
Tuesday, May 14, 2002
Franklin Hall, Level Four
Co-Chair: N. Miskosky
|