2.16 Application of SEM with Microscopic Computer Tomography (MCT) to Detect Multilayer Structure IC and VNED (English)
- New search for: Liang, Z.
- New search for: Xiao, L.
- New search for: Lin, Y.
- New search for: Hu, W.
- New search for: Li, Y.
- New search for: Zhou, K.
- New search for: Hu, X.
- New search for: Li, P.
- New search for: Wang, J.
- New search for: Rau, E. I.
- New search for: IEEE
- New search for: Liang, Z.
- New search for: Xiao, L.
- New search for: Lin, Y.
- New search for: Hu, W.
- New search for: Li, Y.
- New search for: Zhou, K.
- New search for: Hu, X.
- New search for: Li, P.
- New search for: Wang, J.
- New search for: Rau, E. I.
- New search for: Huq, S. E.
- New search for: Wilshaw, P. R.
- New search for: IEEE
In:
Vacuum nanoelectronics; IVNC 2005
;
165-166
;
2005
-
ISBN:
- Conference paper / Print
-
Title:2.16 Application of SEM with Microscopic Computer Tomography (MCT) to Detect Multilayer Structure IC and VNED
-
Contributors:
-
Conference:18th:; International conference, Vacuum nanoelectronics; IVNC 2005 ; 2005 ; Oxford
-
Published in:Vacuum nanoelectronics; IVNC 2005 ; 165-166
-
Publisher:
- New search for: IEEE,
-
Publication date:2005-01-01
-
Size:2 pages
-
Remarks:IEEE cat no: 05TH8837
-
ISBN:
-
Type of media:Conference paper
-
Type of material:Print
-
Language:English
-
Keywords:
-
Source:
© Metadata Copyright the British Library Board and other contributors. All rights reserved.
Table of contents conference proceedings
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 1
-
1.1 A Look at The Basic Physics of Cold Filed Electron EmissionRichard, F. / IEEE et al. | 2005
- 3
-
1.2 Field-Enhanced Photoemission from Metals and Coated MaterialsJensen, K. L. / Feldman, D. W. / Mody, N. A. / Shaw, J. L. / Yater, J. E. / O Shea, P. G. / IEEE et al. | 2005
- 5
-
1.3 Simulations of Field Emission and Dielectrophoris using a Monopole-dipole RepresentationMayer, A. / Liambin, P. / Miskovsky, N. M. / Cutler, P. / IEEE et al. | 2005
- 7
-
1.4 Properties of a Field Emitter of Nanometric Radius Deduced from Curvature of F-N PlotEdgcombe, C. J. / de Jonge, N. / IEEE et al. | 2005
- 9
-
1.5 Field Electron Emission from Nanorods of Wide Energy Band GapLi, Z. / Wang, W. / Deng, S. / Xu, N. / IEEE et al. | 2005
- 11
-
1.6 Observation of New Quantum Interference Effect in SolidsKatan, N. / Tavkhelidze, A. / Bibilashvili, A. / Walitzki, L. J. / IEEE et al. | 2005
- 13
-
2.1 Cold Cathodes Using Carbon Nanotubes and Nanopearls Fabrication and Emission CharacteristicsBinh, V. T. / IEEE et al. | 2005
- 15
-
2.2 Negative Resistance Region in Double-Gated Silicon Field Emission ArraysChen, L.-Y. / Akinwande, I. / IEEE et al. | 2005
- 17
-
2.3 Atomic Level Surface Studies of Carbon Nanotube Field Emission CathodesMartin, G. / Schwoebel, P. R. / IEEE et al. | 2005
- 18
-
2.4 Emission Mechanism for Field Assisted Electron Emission from a Novel Multilayered Nanocarbon-based Electron EmittersSatyanarayana, B. S. / IEEE et al. | 2005
- 20
-
3.1 Field Emitter Arrays for High-Current, High-Current Density, and High Frequency OperationSpindt, C. / IEEE et al. | 2005
- 22
-
3.2 Smith-Purcell Radiation from Ultraviolet to Infrared Using a Si-field EmitterNeo, Y. / Shimawaki, H. / Matsumoto, T. / Mimura, H. / IEEE et al. | 2005
- 24
-
3.3 Milliamp-Class Field Emission Devices Based on Free-Standing, Two-Dimensional Carbon NanostructuresHolloway, B. / Wang, J. / Outlaw, R. / Zhu, M. / Zhao, X. / Tyler, T. / Shenderova, O. / Ray, M. / Dalton, J. / McGuire, G. et al. | 2005
- 26
-
3.4 RF Modulation of 3mA Beam Current From A Carbon Nanotube CathodesHudanski, L. / Minoux, E. / Schnell, J.-P. / Vincent, P. / Legagneux, P. / Teo, K. B. K. / Gangloff, L. / Lacerda, R. / Chhowalla, M. / Hasko, D. G. et al. | 2005
- 29
-
3.5 An RF-MEMS Device with a Lateral Field-Emission DetectorYamashita, K. / Sun, W. / Kakushima, K. / Fujita, H. / Toshiyoshi, H. / IEEE et al. | 2005
- 31
-
4.1 One-Dimensional Field Emission Cold-Cathode Nanomaterials and Their ApplicationsXu, N. / IEEE et al. | 2005
- 33
-
4.2 Patchwork Field Emission Properties of Lanthanum Sulfide Thin FilmsSemet, V. / Binh, V. T. / Cahay, M. / Fairchild, S. / Wu, X. / Lockwood, D. J. / IEEE et al. | 2005
- 35
-
4.3 Design and Fabrication of Single-chip Carbon Nanotubes Vacuum Field Emission Differential AmplifierKang, W. P. / Wong, Y. M. / Davidson, J. L. / Choi, B. K. / Kerns, D. V. / Huang, J. H. / IEEE et al. | 2005
- 37
-
4.4 Some New Insights into the Mechanisms of Fullerene and Nanotube FormationKroto, H. / IEEE et al. | 2005
- 38
-
4.5 Fabrication of Gated Cold Cathode Using Standing Thin Film Induced by Ion-Beam BombardmentYoshida, T. / Baba, A. / Asano, T. / IEEE et al. | 2005
- 40
-
4.6 HfC-FEA Controlled by Build-in Poly-Si TFTNagao, M. / Sacho, Y. / Tanoue, H. / Kanemaru, S. / Itoh, J. / IEEE et al. | 2005
- 42
-
4.7 Fabrication of Gated Carbon Black Field Electron EmitterBaba, A. / Ishida, Y. / Hakiai, K. / Asano, T. / IEEE et al. | 2005
- 44
-
5.1 The Low Threshold Field Electron Emission Carbon Nanoclusters (Review)Fursey, G. N. / Novikov, D. V. / IEEE et al. | 2005
- 46
-
5.2 Overview of Nanofabrication Technologies for Field Emission DevicesCui, Z. / IEEE et al. | 2005
- 48
-
5.3 Find of New Materials for Carbon-Based Nanocomposite Field EmittersKarabutov, A. / Ralchenko, V. G. / Gordeev, S. K. / IEEE et al. | 2005
- 50
-
5.4 Field Emission Properties of CuO Nanowires Formed on a Bulk Micro-Machined Glass SubstrateKim, Y.-H. / Yeon, S.-C. / Sung, W.-Y. / Kim, W.-J. / Lee, S.-M. / Lee, H.-Y. / IEEE et al. | 2005
- 52
-
5.5 X-ray Imaging Detector Using Field Emission Tip Array Energy ConversionHunt, C. E. / Diawara, Y. / Thorson, T. / Wang, Y. / IEEE et al. | 2005
- 54
-
5.6 Improving Electron Emission Properties of SiC Layers by Introducing Electrically Conducive Clusters Using Ion ImplantationTsang, W. M. / Wong, S. P. / Lindner, J. K. N. / Silva, S. R. P. / IEEE et al. | 2005
- 56
-
5.7 Field Emission Properties of CuO Nanobelts Film under Light IlluminationChen, J. / Zhang, Y. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 58
-
6.1 Development of Key Technologies of Carbon Nanotube FEDs in Japanese National ProjectOkuda, S. / Akihiko, H. / Tetsuya, S. / Kunibiko, N. / Shuhei, N. / Mikio, T. / Junzo, S. / Yasuhito, G. / Sashiro, E. / Junko, Y. et al. | 2005
- 60
-
6.2 Field Electron Emission from Carbon Nanotubes Coated on TiSi2 Buffer LayerGu, C. / Yuea, S. L. / Lia, J. J. / Golbergb, D. / Tang, C. C. / Bando, Y. / IEEE et al. | 2005
- 62
-
6.3 Improvement of Emission Characteristics Uniformity on CNT-FED by Surface TreatmentShiroishi, T. / Hosono, A. / Suzuki, Y. / Nishimura, K. / Nakata, S. / Okuda, S. / IEEE et al. | 2005
- 64
-
6.4 Quantum Effect in the Field Emission of Carbon NanotubesLiang, S.-D. / Huang, N. Y. / Chen, L. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 66
-
6.5 Carbon Nanotubes and Nanofibers as Strong Field Emitters for Cold Cathode ApplicationsMuller, G. / IEEE et al. | 2005
- 68
-
6.6 High Current Density Carbon Nanotube FEAs Grown by DC Plasma CVDHsu, D. S. Y. / Shaw, J. L. / IEEE et al. | 2005
- 70
-
6.7 High Current/High Current Density Carbon Nanotube Cold CathodeMinoux, E. / Vincent, P. / Hudanski, L. / Schnell, J. P. / Legagneux, P. / Teo, K. B. K. / Gangloff, L. / Lacerda, R. / Chhowalla, M. / Hasko, D. G. et al. | 2005
- 72
-
7.1 High-Current Emission from Active-Matrix HEED (High Efficiency Electron Emission Device)Negishi, N. / Nakada, T. / Sakemura, K. / Okuda, Y. / Satoh, H. / Watanabe, A. / Yoshikawa, T. / Ogasawara, K. / Namba, M. / Okazaki, S. et al. | 2005
- 74
-
7.2 Progress Toward Realization of the Digital Electostatic E-beam Array Lithography (DEAL) ConceptBaylor, L. / Gardner, W. L. / Yang, X. / Kasica, R. J. / Blalock, B. / Durisety, C. / Fowlkes, J. / Hensley, D. K. / Islam, S. / Joy, D. C. et al. | 2005
- 76
-
7.3 Color Nano Emissive Displays for Large Area HDTVColl, B. F. / Dean, K. A. / Howard, E. / Jaskie, E. / Johnson, S. V. / Johnson, M. R. / Jordan, D. C. / Smith, S. M. / Wei, Y. / IEEE et al. | 2005
- 78
-
7.4 X-ray Generation from Miniaturized Vacuum Tubes with Diameters Ranging from 1 to 5 mmBusta, H. / Montgomery, J. / Schwandt, B. / Feinerman, A. / IEEE et al. | 2005
- 80
-
7.5 The pFED - A Viable Route to Large Field Emission DisplaysTuck, R. / Taylor, W. / Waite, M. S. / Bishop, H. E. / Riggs, R. J. / Browning, J. J. / IEEE et al. | 2005
- 82
-
8.1 Space Applications of Micro Fabricated Field EmittersKent, B. / Aplin, K. L. / Huq, S. E. / Stevens, R. / Wang, L. / IEEE et al. | 2005
- 83
-
8.2 Fabrication and Characterization of a Micro-fabricated Linear Array of Electrospray Emitters Intended for Space Thruster ApplicationsVelasquez-Garcia, L. F. / Akinwande, A. I. / Martinez-Sanchez, M. / IEEE et al. | 2005
- 85
-
8.3 Microchannel Plates at High Rates - The Challenges For Future Space Plasma MissionsKataria, D. O. / IEEE et al. | 2005
- 87
-
1.1 Quantum Size Dependence of Electron Distribution on Carbon Nanotubes and its Influence on Field EmissionFilip, L. D. / Nicolaescu, D. / Silva, S. R. P. / IEEE et al. | 2005
- 89
-
1.2 Coherent and Sequential Tunnelling Mechanisms for Field Electron Emission through Layers of Wide Band Gap MaterialsFilip, V. / Nicolaescu, D. / Wong, H. / IEEE et al. | 2005
- 91
-
1.3 Temperature Dependence of the Work Function of a Zr/O/W Schottky Electron SourceBronsgeest, M. S. / Kruit, P. / IEEE et al. | 2005
- 93
-
1.4 Numerical Simulation of Field Emission from a Semiconductor Wedge NanotipFedirko, V. A. / Polyakov, S. V. / Djuzhev, N. A. / IEEE et al. | 2005
- 95
-
1.5 Full Scale Simulation of a FEA Based Electron Source for Free Electron LasersDehler, M. / IEEE et al. | 2005
- 97
-
1.6 Statistical Modelling of Field-Enhancement-Factor Distribution of Nanostructured Carbon FilmsPark, K.-H. / Lee, S. / Koh, K.-H. / IEEE et al. | 2005
- 99
-
1.7 Study on Field Emission Characteristics of Individual SWNT from Quantized Band-Structure with Curvature Effect IncludedXinghui, L. / Changchun, Z. / Fanguang, Z. / IEEE et al. | 2005
- 101
-
1.8 Simulation of Emission Characteristics of a Multi-Gated Single Carbon Nanotube EmitterHu, Y. / Lin, T. L. / Lin, T. C. / IEEE et al. | 2005
- 103
-
1.9 Field and Electron Trajectory Modelling in the Vicinity of an Emitting TipJanik, J. / Vinduska, P. / Danis, T. / Balon, F. / IEEE et al. | 2005
- 105
-
1.10 Finite Element Modelling of Electron Transport in Structures Involving Secondary Electron Emission and Wall ChargingRiggs, R. J. / IEEE et al. | 2005
- 107
-
1.11 Field Screening by Amorphous Carbon Thin FilmsXanthakis, J. P. / Forbes, R. G. / IEEE et al. | 2005
- 109
-
1.12 Fowler-Nordheim Parameters for Sharply-Curved EmittersForbes, R. G. / Deane, J. H. B. / IEEE et al. | 2005
- 111
-
1.13 Energy Band Structure Effect on the Field-Electron Energy Distribution from a Single-Walled Carbon NanotubeHuang, N. Y. / Chen, L. / Liang, S.-D. / Xu, N. S. / IEEE et al. | 2005
- 113
-
1.14 Field Electron Emission from Metal Surfaces at Zero Kelvin Using Computational MethodsBrodie, I. / IEEE et al. | 2005
- 115
-
1.15 Quantum Effects in the Field Emission of Carbon NanotubesLiang, S.-D. / Huang, N. Y. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 117
-
1.16 Electronics Calculations for an Ideal Planer Parallel Vacuum Microelectronics DiodeChen, B. X. / Liu, G. Y. / Chen, X. D. / Xia, S. H. / Ding, Y. G. / Li, H. Y. / Yang, J. X. / IEEE et al. | 2005
- 119
-
1.17 Theoretical Analysis of Triple Junction Field Emission for a New Type of Cold CathodeChung, M. S. / Choi, T. S. / Cutler, P. H. / Miskovsky, N. M. / IEEE et al. | 2005
- 121
-
1.18 Analytic and Numerical Analysis of Average Energies of Field ElectronsChoi, T. S. / Bae, H. K. / Kim, J. K. / Chung, M. S. / IEEE et al. | 2005
- 123
-
1.19 A New Fitting Method for the I-V Characteristics of Field Emission ArraysLin, M.-C. / IEEE et al. | 2005
- 125
-
1.20 Simulation Study of Dynode Amplified Carbon Nanotubes Field Emission Electron SourceLan, Y.-C. / Hsu, Y.-H. / IEEE et al. | 2005
- 127
-
1.21 Simulation Study of Junction Effect on Field Emission from One-Dimensional Nanostructure Grown on Silicon SubstratesLan, Y.-C. / Yan, M. / IEEE et al. | 2005
- 129
-
1.22 Numerical Study of the Emission Property of Normally-On Driving Under-Gate CNT FEDZhong, X. / Yin, H. / Lei, W. / Zhang, X. / IEEE et al. | 2005
- 131
-
1.23 Electronic Filed-Assisted Emission from GaN: The Role of Surface ChargesMayer, A. / Miskovsky, N. M. / Cutler, P. H. / IEEE et al. | 2005
- 133
-
1.24 Study the Structure of Carbon Nanotube Cathodes with High Emission CurrentZhao, H. / Lei, W. / Zhang, X. / Gu, W. / Zhang, Y. / IEEE et al. | 2005
- 135
-
2.1 Parameter Dispersion Characterisation for Arrays of HfC-Coated Emitters on Poly-Si SubstrateNicolaescu, D. / Nagao, M. / Filip, V. / Tanoue, H. / Kanemaru, S. / Itoh, J. / IEEE et al. | 2005
- 137
-
2.2 Study on the Field Emission Characteristics of a-C:H FilmsLu, Z. / Zhang, B. / Yao, N. / Zhang, X. / IEEE et al. | 2005
- 139
-
2.3 The Influence of Electric Field and Emission Current on the Configuration of Nanotubes in Carbon Nanotube LayersKiselev, N. A. / Musatov, A. L. / Hutchison, J. L. / Zhigalina, O. M. / IEEE et al. | 2005
- 141
-
2.4 Sources of Variability in Long-Term Testing of Silicon Tip Field EmissionAplin, K. L. / Kent, B. J. / Lockwood, H. F. / Rouse, J. / Stevens, R. / Wang, L. / IEEE et al. | 2005
- 143
-
2.5 Study on SBD by SEM with penetrating surface method Compared to EBIC MethodHu, W. / Lin, Y. / Liang, Z. / Xiao, L. / Zhou, K. / Li, Y. / Li, P. / Hu, X. / Wang, J. / Rau, E. I. et al. | 2005
- 145
-
2.6 Nanometer-Scale Imaging of Field Emission Current from HfC Thin FilmsSato, T. / Saida, M. / Horikawa, K. / Adachi, K. / Nagao, M. / Kanemaru, S. / Yamamoto, S. / Sasaki, M. / IEEE et al. | 2005
- 147
-
2.7 Influence of Nanocrystalline Structure on Work Function of TungstenMulyukov, R. R. / IEEE et al. | 2005
- 149
-
2.8 Seppen-Katamuki Analysis of Field Emission Properties of Carbon Nanotubes Irradiated by Different Laser FluencesGotoh, Y. / Kawamura, Y. / Niiya, T. / Tsuji, H. / Ishikawa, J. / IEEE et al. | 2005
- 151
-
2.9 Effect of Electrical Aging on Emission Stability of Carbon Nanotube Field EmitterPark, J. H. / Jeong, J. S. / Moon, J. S. / Han, J. H. / Berdinsky, A. S. / Yoo, J. B. / Park, C. Y. / Nam, J. W. / Kim, J. M. / IEEE et al. | 2005
- 153
-
2.10 Electron Emission Characteristics of Boron Nitride/Carbon Black Field EmitterKimura, C. / Terayama, M. / Sugino, T. / IEEE et al. | 2005
- 155
-
2.11 Pulsed Measurements on Carbon Nanotubes Based Cold CathodesLysenkov, D. / Muller, G. / IEEE et al. | 2005
- 157
-
2.12 Fabrication and Characterisation of Pt Nanosplit Emitter Using Electron Beam Induced DepositionMurakami, K. / Tsukatani, Y. / Yamasaki, N. / Abo, S. / Wakaya, F. / Takai, M. / IEEE et al. | 2005
- 159
-
2.13 Electron Emission Properties of Carbon Nanotube FEAs Evaluated with Projection MicroscopyHata, K. / Tatsumi, G. / Sato, H. / Saito, Y. / Tsumagari, T. / IEEE et al. | 2005
- 161
-
2.14 Electron Emission Mechanism of Diamond Characterised by Combined XPS/UPS/FESYamaguchi, H. / Saito, I. / Okamura, H. / Yamada, T. / Kudo, M. / Pate, B. B. / Okano, K. / IEEE et al. | 2005
- 163
-
2.15 Sub-Microsecond Photo-Excitation of Gated P-type Silicon Field Emitter ArraysChiang, C.-J. / Liu, K. X. / Heritage, J. P. / IEEE et al. | 2005
- 165
-
2.16 Application of SEM with Microscopic Computer Tomography (MCT) to Detect Multilayer Structure IC and VNEDLiang, Z. / Xiao, L. / Lin, Y. / Hu, W. / Li, Y. / Zhou, K. / Hu, X. / Li, P. / Wang, J. / Rau, E. I. et al. | 2005
- 167
-
2.17 Abnormal Fluctuations of Field Electron Current Of Point Metal Cathodes Covered with Subatomic Films of Foreign MatterSuvorov, A. L. / Zaluzhnyi, A. G. / Babaev, V. P. / Zaluzhnyi, A. A. / IEEE et al. | 2005
- 169
-
2.18 Fabrication Yield Analysis and Emission Failure Investigation of Silicon Field Emission ArraysWang, L. / Aplin, K. L. / Huq, S. E. / Stevens, R. / Kent, B. J. / Malik, A. / Loader, I. M. / Thomas, G. R. / IEEE et al. | 2005
- 171
-
3.1 Photonic Crystal Reflex Klystron using Cold CathodeJang, K. H. / Jeon, S. G. / So, J. K. / Shin, Y. M. / Han, S. T. / Park, G. S. / IEEE et al. | 2005
- 172
-
3.2 Field Emission Properties of Carbon Nanotube Paste on Cathode with A Curved Surface for Microwave Power AmplifierHan, J.-H. / Park, J. H. / Berdinsky, A. S. / Yoo, J.-B. / Park, C.-Y. / IEEE et al. | 2005
- 174
-
3.3 Study on the Generation of THz Waves in a Vacuum Electronic DeviceLin, M.-C. / Lu, P.-S. / Lin, P.-Y. / Ma, T.-W. / Chang, Y.-Y. / IEEE et al. | 2005
- 176
-
4.1 Pyrolytic Carbon Cathodes Prepared by Low Temperature Vapor DepositionGordeev, S. K. / Lamanov, A. M. / Ibragimov, R. M. / Nikolskiy, K. N. / Sheshin, E. P. / IEEE et al. | 2005
- 178
-
4.2 Reparation of ZnO Nanowires and Their Field Emission PropertiesBai, Y.-F. / Ren, S. / Deng, S.-Z. / Chen, J. / Xu, N.-S. / IEEE et al. | 2005
- 180
-
4.3 In-Vacuum Resonant Tunneling in the NanopentodeBlackburn, A. M. / Hasko, D. G. / Williams, D. A. / IEEE et al. | 2005
- 182
-
4.4 Field Emission Properties of Lanthanum Sulfide Thin Films Deposited on Si and InP Subtrates by Pulsed Laser DepositionCahay, M. / Semet, V. / Binh, V. T. / Fairchild, S. / Wu, X. / Lockwood, D. J. / IEEE et al. | 2005
- 184
-
4.5 A Novel Synthesis Method of Large-Area Tungsten Oxide Nanowires Arrays and their Field Emission PropertiesChi, L. F. / Deng, S. Z. / Chen, J. / She, J. C. / Xu, N. S. / IEEE et al. | 2005
- 186
-
4.6 Emission of Electrons from formed MIM Structure Mo-SiO~2-Al with a layer of PolypropylenePavel, T. / Juriy, S. / Serge, G. / IEEE et al. | 2005
- 188
-
4.7 XANES Investigations of Si Nanocrystals Obtained by Implantation of Silicon in SiO~2 FilmsTurishchev, S. Y. / Terekhov, V. A. / Domashevskaya, E. P. / Kashkarov, V. M. / Tetel baum, D. I. / Mikhailov, A. N. / IEEE et al. | 2005
- 190
-
4.8 Electrical and Emission Properties of Nano-Composite SiOx and SiO~2(Si) FilmsEvtukh, A. A. / Litovchenko, V. G. / Semenenko, M. O. / IEEE et al. | 2005
- 192
-
4.9 Development of Micro-Focused X-ray Source by Using Carbon Nanotubes Field EmitterKawakita, K. / Hata, K. / Sato, H. / Saito, Y. / IEEE et al. | 2005
- 194
-
4.10 Conductance Measurement During the Synthesis of Conducting PolymerChang, S. / Kim, B. / Jang, J. / Yi, W. / IEEE et al. | 2005
- 196
-
4.11 Field Emitter Polymer Array Technology for Vacuum ElectronicsIonov, A. N. / Popov, E. O. / Pashkevich, A. A. / Nikolaeva, M. N. / Svetlichnyi, V. M. / IEEE et al. | 2005
- 198
-
4.12 Single-Mask Multiple Lateral Nano Diamond Field Emitter Structure Microfabrication TechniqueSubramanian, K. / Kang, W. P. / Davidson, J. L. / Hofmeister, W. H. / Choi, B. K. / Howell, M. / IEEE et al. | 2005
- 200
-
4.13 The Structured Potential in The Vacuum Gap Between Two Closely Spaced Semiconductors (Dielectrics)Il chenko, L. G. / Chuiko, A. A. / Lobanov, V. V. / Il chenko, V. V. / IEEE et al. | 2005
- 202
-
4.14 Fabrication and Characteristics of Flat Lamp with CNT Based Triode Structure for Back Light Unit in LCDJung, Y.-J. / Park, J.-H. / Jeong, J.-S. / Nam, J.-W. / Berdinsky, A. S. / Yoo, J.-B. / Park, C.-Y. / IEEE et al. | 2005
- 204
-
4.15 Experimental Investigation of Electron Gun with nanostructured carbon cathodeChakhovskoi, A. G. / Galdetskiy, A. V. / Obraztsov, A. N. / Volkov, A. P. / IEEE et al. | 2005
- 206
-
4.16 The Electron Field Emission Properties of Ag-SiO~2 Nanocomposite LayersTsang, W. M. / Stolojan, V. / Giusca, C. / Poa, C. H. P. / Sealy, B. / Silva, S. R. P. / IEEE et al. | 2005
- 208
-
4.17 Lateral field emitter with thin-film Au emissive layerGorecka-Drzazga, A. / Dziuban, J. A. / Gorol, M. / IEEE et al. | 2005
- 210
-
4.18 Nanocrystalline Diamond Films for Enhanced Field Electron Emission: Graphitization or Nitrogen Doping?Karabutov, A. V. / Konov, V. I. / Loubnin, E. N. / Pereverzev, V. V. / Vlasov, I. I. / Zavedeev, E. V. / Pimenov, S. M. / IEEE et al. | 2005
- 213
-
4.19 Uniform Field Emission from CuO Nanowires Prepared by Thermal Oxidation MethodLi, C. Y. / Liu, X. / Chen, J. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 215
-
4.20 Synthesis and Field Emission Properties of Large-Scale Oxide Tubular NanostructuresLi, Z. L. / Deng, S. Z. / Chen, J. / She, J. C. / Chen, Y. Z. / Xu, N. S. / IEEE et al. | 2005
- 217
-
4.21 Optimization of the Triode Structure in a FED ElementWei, L. / Zhang, X. / Yang, G. / Xie, M. / IEEE et al. | 2005
- 219
-
4.22 The Infuence of SP^3 Bonded Carbon on Field Emission From Nano-structured SP^2 Bonded Carbon FilmsSatyanarayana, B. S. / IEEE et al. | 2005
- 221
-
4.23 Composite Au-Si Micro-tip Field Emitter Arrays Produced by Self-Organized Laser-Induced ProcessShafeev, G. A. / Karabutov, A. V. / Chakhovskoi, A. G. / Badi, N. / Nair, A. M. / Bensaoula, A. / IEEE et al. | 2005
- 223
-
4.24 Field Emission Enhancement of Amorphous Carbon Nitride Films by the Addition of Argon to the Reactive Gas of NitrogenLi, J. / Mimura, H. / Neo, Y. / IEEE et al. | 2005
- 225
-
4.25 Field Emission from Heavily Phosphorus Doped Diamond (111)Yamada, T. / Shikata, S. / Yamaguchi, H. / Okano, K. / Nebel, C. E. / IEEE et al. | 2005
- 227
-
5.1 Electron Emission from Planar-Type Cathodes Based on Nanocrystalline Silicon Thin FilmsShimawaki, H. / Neo, Y. / Mimura, H. / Yokoo, K. / IEEE et al. | 2005
- 229
-
5.2 High Aspect Ratio Pt Field Emitters Fabricated by Electron Beam Assisted DepositionJin, A. Z. / Wang, Z. L. / Li, H. J. / Luo, Q. / Yang, H. F. / Cui, Z. / Gu, C. Z. / IEEE et al. | 2005
- 231
-
5.3 Field Emission Properties of Diamond Cone Arrays Formed by Plasma EtchingWang, Q. / Wang, Z. L. / Xu, P. / Jin, A. Z. / Quan, B. G. / Cui, Z. / Gu, C. Z. / IEEE et al. | 2005
- 233
-
5.4 Deposition and Characterization of LaS (Lanthanum Monosulfide) Thin films Grown by Pulsed Laser AblationFairchild, S. / Campbell, A. / Cahay, M. / Semet, V. / Binh, V. T. / Wu, X. / Lockwood, D. J. / IEEE et al. | 2005
- 235
-
5.5 Regular Nano-Cones on Carbon-Silicon Composite Films: SPM Tip-Induced Growth and CharacterizationFrolov, V. D. / Zavedeev, E. V. / Pimenov, S. M. / Kirpilenko, G. G. / Shelukhin, E. Y. / Loubnin, E. N. / IEEE et al. | 2005
- 237
-
5.6 Fabrications and Characterisation of Spindt-Type Field Emission Arrays Coated with ZRC Thin FilmsLi, H. / Ding, M. Q. / Feng, J. J. / Li, X. / Bai, G. / Zhang, F. / IEEE et al. | 2005
- 239
-
5.7 Electrostatic Design for Hop & Flue PlatesTaylor, W. / Tuck, R. A. / Bishop, H. E. / Riggs, R. J. / IEEE et al. | 2005
- 240
-
5.8 Nanofabrication of Templates with Ultra Sharp SiC Tips for Nanoimprint LithographyChen, Y. / Tao, J. / Malik, A. / Zhao, X. / Cui, Z. / Huq, E. / IEEE et al. | 2005
- 242
-
5.9 Photo-Response Measurements and Temporal Analyses of Gated p-Silicon Field Emitter ArrayLiu, K. X. / Chiang, C.-J. / Heritage, J. P. / IEEE et al. | 2005
- 244
-
5.10 Development of a Low Emittance Electron Gun Based on Field Emission CathodesGanter, R. / Bakker, R. J. / Betemps, R. / Dehler, M. / Gerber, T. / Gobrecht, J. / Gough, C. / Johnson, M. / Kirk, E. / Knopp, G. et al. | 2005
- 246
-
5.11 Influence of the Pt Cathode Resistance on the Field Emission Properties of Field Emitters Fabricated Using Beam Induced DepositionMurakami, K. / Yamasaki, N. / Abe, S. / Tsukatani, Y. / Abo, S. / Wakaya, F. / Takai, M. / IEEE et al. | 2005
- 248
-
5.12 Field Emission Characteristics form SiC Micro PowdersYoshimoto, T. / Yokogawa, N. / Iwata, T. / IEEE et al. | 2005
- 250
-
5.13 Intense Electron Emission From Graphite-Nanocrater (GRANC) Cold Cathode and its Application to Scanning Electron MicroscopesMatsumoto, T. / IEEE et al. | 2005
- 252
-
5.14 Field Electron Emission From Gated Si Tip Arrays with DLC ApexesShe, J. C. / Hao, H. / Deng, S. Z. / Chen, J. / Xu, N. S. / IEEE et al. | 2005
- 254
-
5.15 Field Electron Emission from Silicon Carbide Nanowires Prepared on Stainless Steel SubstrateXu, H. T. / Deng, S. Z. / Xu, N. S. / Chen, J. / IEEE et al. | 2005
- 256
-
6.1 Field Electron Emission from a Film of Carbon NanopearlsMouton, R. / Semet, V. / Guillot, D. / Binh, V. T. / IEEE et al. | 2005
- 258
-
6.2 Vertically Aligned Carbon Nanotube Arrays for Giant Field Emission DisplaysMauger, M. / Binh, V. T. / IEEE et al. | 2005
- 260
-
6.3 High Current Field Emission Behaviour of Carbon Nanofiber FilmPark, K.-H. / Lee, S. / Koh, K.-H. / IEEE et al. | 2005
- 262
-
6.4 Electric Property Change of Single-Walled Carbon Nanotube with Amphoteric Doping by Encapsulation of Organic Molecules inside Carbon NanotubeLee, J. / Jang, J. / Yi, W. / IEEE et al. | 2005
- 264
-
6.5 Electron Field Emission from a Single Carbon Nanotube: Effects of Anode LocationSmith, R. C. / Tsang, W. M. / Cox, D. C. / Silva, S. R. P. / IEEE et al. | 2005
- 266
-
6.6 Field Electron Emission from Layers with Very Long Carbon Nanotubes/Nanofilaments Grown by CVDMusatov, A. L. / Krestinin, A. V. / Kiselev, N. A. / Izrael yants, K. R. / Ormont, A. B. / IEEE et al. | 2005
- 268
-
6.7 Growth of Carbon Nanotubes on Silicon Nano-ProtrusionsSato, H. / Hata, K. / Matsubayashi, M. / Sakai, T. / Miyake, H. / Hiramatsu, K. / Saito, Y. / IEEE et al. | 2005
- 270
-
6.8 Field Emission Uniformity and Stability of CNTs Emitters on Stainless Steel SubstratesZhang, X.-x. / Zhu, C.-c. / Zenga, F.-g. / Liu, W.-h. / IEEE et al. | 2005
- 272
-
6.9 To the Study of Mechanism of Nanotube Film Growth on the Fe CatalystGulyaev, Y. V. / Sinitsyn, N. I. / Torgashov, G. V. / Kiselev, N. A. / Zhbanov, A. I. / Buyanova, Z. I. / Torgashov, I. G. / IEEE et al. | 2005
- 274
-
6.10 Emission Properties of Carbon Surface Formed During the Explosive Emission ProcessFursey, G. N. / Polyakov, M. A. / Shirochin, L. A. / Novikov, D. V. / IEEE et al. | 2005
- 276
-
6.11 A Study of Field Electron Emission from Carbon NanoclustersFursey, G. N. / Petrick, V. I. / Novikov, D. V. / Kotcheryzhenkov, A. V. / IEEE et al. | 2005
- 278
-
6.12 Carbon Nanostructure Field Emission DevicesWong, Y. M. / Kang, W. P. / Davidson, J. L. / Choi, B. K. / Hofmeister, W. / IEEE et al. | 2005
- 280
-
6.13 Vertically Aligned Carbon Nanotubes Field Emission Devices Fabricated by Furnace Thermal CVD at Atmospheric PressureWei, S. / Kang, W. P. / Davidson, J. L. / Hofmeister, W. H. / Choi, B. K. / Huang, J. H. / IEEE et al. | 2005
- 282
-
6.14 Fabrication and Electron Emission of Carbon microtubesWeibiao, W. / Yuxue, X. / Da, L. / Song, C. / Lili, L. / Ming, C. / Jingqiu, L. / IEEE et al. | 2005
- 284
-
6.15 Optimization of Carbon Nanotube Cathode for a Fluorescent LampHuang, J. X. / Chen, J. / Deng, S. Z. / She, J. C. / Xu, N. S. / IEEE et al. | 2005
- 286
-
6.16 Synthesis and Field Emission Properties of DWCNTs Produced by a Catalytic Chemical Vapour Deposition MethodPark, C. J. / Lee, T. J. / Lee, S. H. / Jung, S. I. / Choi, S. K. / Kwon, K. M. / Seo, S. H. / Lee, C. J. / IEEE et al. | 2005
- 288
-
6.17 Field Emission and Lifetime Characteristics of Carbon Nanotube Paste including Nitrogen Foaming AgentMoon, H. / Kim, J. / Yoo, S. / IEEE et al. | 2005
- 290
-
6.18 Field Emission Characteristics of Carbon Nanotube-Copper Composite Emitters Formed by Composite PlatingSung, W.-Y. / Kim, W.-J. / Lee, S.-M. / Lee, H.-Y. / Kim, Y.-H. / IEEE et al. | 2005
- 292
-
6.19 Long Lifetime of Field Emitters Fabricated Using Carbon Nanotube PasteNam, J. W. / Cho, S. H. / Choi, Y. C. / Ha, J. S. / Park, J. H. / Choe, D. H. / Yoo, J. B. / IEEE et al. | 2005
- 294
-
6.20 Design and Fabrication of JFET-Controlled Carbon Nanotube Field Emitter ArraysShui, Q. / Chan, C.-Y. / Gundersen, M. A. / IEEE et al. | 2005
- 296
-
6.21 Carbon Nanotube Field Emission Arrays in an Integrated Gate StructureDing, M. Q. / Li, X. / Bai, G. / Zhang, F. / Li, H. / Feng, J. J. / IEEE et al. | 2005
- 298
-
6.22 High Stability Cathode for Carbon Nanotube Field Emission DisplayShi, Y. / Chang-Chun, Z. / ChangHui, T. / IEEE et al. | 2005
- 300
-
6.23 KrF Laser Surface Treatment of CNT CathodesHonda, T. / Rochanachirapar, W. / Murakami, K. / Ohsumi, K. / Shimizu, N. / Abo, S. / Wakaya, F. / Takai, M. / IEEE et al. | 2005
- 302
-
6.24 Enhanced Field Emission from Carbon Nanotube Films by Hydrogen Glow Discharge TreatmentLiang, X. H. / Xu, N. S. / Chen, J. / Deng, S. Z. / IEEE et al. | 2005
- 304
-
6.25 Filed Emission From Multiwall Carbon Nanotubes Prepared by Electrodeposition without the Use of a DispersantLyth, S. M. / Oyeleye, F. / Curry, R. J. / Silva, S. R. P. / IEEE et al. | 2005
- 306
-
6.26 Increased Field Emission Correlated with Thermal Conditioning of Carbon NanosheetOutlaw, R. A. / Zhao, X. / Miraldo, P. / Wang, J. J. / Holloway, B. C. / IEEE et al. | 2005
- 308
-
6.27 Synthesis and Properties of Carbon Nanotube Arrays Grown from Sandwich Catalyst StacksChen, Z. / Koehler, I. / Engelsen, D. d. / Bachmann, P. K. / IEEE et al. | 2005
- 310
-
6.28 Field Emission Studies of Boron and Nitrogen Doped Carbon Nanotubes Pointed and Flat SubstratesSharma, R. B. / Late, D. J. / Joag, D. S. / Govindaraj, A. / Rao, C. N. R. / IEEE et al. | 2005
- 312
-
6.29 Field Emission from Aligned Carbon Nanotubes Grown on Patterned Oxide LayersSatyanarayana, B. S. / IEEE et al. | 2005
- 314
-
6.30 A Comparative Study of Field Assisted Electron Emission from Nanocluster Carbon Films Grown Using a Continuous and a pulsed Cathodic Arc processSatyanarayana, B. S. / IEEE et al. | 2005
- 316
-
6.31 Field Emission from Carbon Nanotube FEAs in HydrogenShaw, J. L. / Hsu, D. S. Y. / IEEE et al. | 2005
- 318
-
6.32 On the Uniformity of Field Emission in Screen Printed CNT-Cathodes: the Effects of the Cathode RoughnessLiu, W. / Zhu, C. / Meng, C. / Zeng, F. / IEEE et al. | 2005
- 320
-
6.33 High Current Field Emission from Graphitic Carbon NanosheetsTyler, T. / Wang, J. / Outlaw, R. / Zhu, M. / Zhao, X. / McGuire, G. / Holloway, B. C. / IEEE et al. | 2005
- 322
-
6.34 Microstructure and Field Emission Characteristics of Screen-Printed Carbon Nanotube Cold CathodeYu, J. / Chen, J. / She, J. C. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 324
-
6.35 Synthesis and Field Emission Properties of Large-Area Uniform Carbon Nanotube FilmsZhang, Y. / Deng, S. Z. / Chen, J. / Xu, N. S. / IEEE et al. | 2005
- 326
-
6.36 Damage of Carbon Nanotube Films During Field EmissionLiang, X. H. / Xu, N. S. / Chen, J. / Deng, S. Z. / IEEE et al. | 2005
- 328
-
7.1 Detection of Vacuum Level Inside Sealed Field Emission Displays by Infra Red SpectroscopyChen, Y. H. / Lin, W. Y. / Tseng, C. C. / Su, G. D. / IEEE et al. | 2005
- 330
-
7.2 Influence of the Dielectric Layer on the Performance of FEDGu, W. / Lei, W. / Zhang, X. / IEEE et al. | 2005
- 332
-
7.3 Alternative Field Electron Emission Characteristics from Graphite-Insulator Composite LayersWaite, M. S. / Bishop, H. E. / Brierly, M. / Tuck, R. A. / Taylor, W. / IEEE et al. | 2005
- 334
-
7.4 Field Emitter with Focusing Column for Atomic Resolution Storage DeviceGovyadinov, A. / Smith, J. / Mackie, B. / Charbonier, F. / Benning, P. / IEEE et al. | 2005
- 336
-
7.5 Capacitance Effect on FED SystemXiaoyan, M. / Wei, L. / Wei, G. / Xiaobing, Z. / IEEE et al. | 2005
- 338
-
7.6 Shapes of Emitter in Field Emission DisplayChoi, Y. S. / IEEE et al. | 2005
- 340
-
7.7 Field Emission Light Source with Carbon Fibre Bundle CathodeLeshukov, M. Y. / Chadaev, N. N. / Sheshin, E. P. / IEEE et al. | 2005
- 342
-
7.8 The Fabrication of Novel Structure of Field Emitting Light Tube with Carbon Nanotubes as CathodeZhang, X.-X. / Zhu, C.-C. / Li, X. / Cui, W.-Z. / IEEE et al. | 2005
- 344
-
7.9 High-Voltage CMOS Process for Field Emission Display DriversLi, H. / Song, L. / Du, H. / Han, Z. / Hai, C. / Xia, Y. / IEEE et al. | 2005
- 346
-
7.10 Effect of Environmental Elements on Field emission Properties of CNT Tips Sealed in FE-BLUsLee, S. / Jeon, D. Y. / IEEE et al. | 2005
- 348
-
7.11 A Novel All-Inverter CMOS Based Dose Control Circuit for Using Vertically Aligned Carbon Nanofibers in Maskless LithographyIslam, S. K. / Durisety, C. / Vijayaraghavan, R. / Nguyen, H. / Blalock, B. / Baylor, L. R. / Gardner, W. L. / IEEE et al. | 2005
- 350
-
7.12 Cathodoluminescent Flat Lamp Using the Suspended Wire StructureChoi, J. H. / Zoulkarneev, A. R. / Park, Y. J. / Chung, D. S. / Park, S. H. / Song, B. K. / Han, I. T. / Kim, H. J. / Kang, H. S. / Baek, C. W. et al. | 2005
- 352
-
7.13 Mass Spectrum Analysis of a L.M.A.I.Ss Using Novel Software by MATLABGanetsos, T. / Laskaris, N. / Lontos, C. / Kotsos, B. / IEEE et al. | 2005
- 354
-
7.14 An Ultra-Compact Electron-Beam ColumnKuo, H. P. / Lam, S. / Sheng, X. / Birecki, H. / Naberhuis, S. / IEEE et al. | 2005
- 356
-
7.15 Fabrication of an a-Se Based Photo-Detector Driven by Nitrogen-Doped CVD DiamondKato, N. / Saito, I. / Yamaguchi, H. / Okamura, H. / Yamada, T. / Butler, T. / Rupesinghe, N. L. / Amaratunga, G. A. J. / Okano, K. / IEEE et al. | 2005
- 358
-
7.16 Density Control of Carbon Canotubes for Field Emission Display by Control of Catalytic Layer DiffusionPark, Y. J. / Kim, H. J. / Han, I. T. / Zoulkarneev, A. Z. / Min, K. W. / Baek, C. W. / Jeong, T. W. / Chung, D. S. / Park, S. H. / Choi, J. H. et al. | 2005
- 360
-
7.17 Carbon Nanotubes Induced Gas Discharge Visible Light SourceKo, H. C. / Tsai, J. T. H. / IEEE et al. | 2005
- 362
-
7.18 Luminescent Tubes Based on MoO2 Nanowire Cold CathodeKe, Y. L. / Zhou, J. / Chen, J. / Deng, S. Z. / Xu, N. S. / IEEE et al. | 2005
- 364
-
7.19 A Miniaturized Orbitron Pump for MEMS ApplicationsKoops, H. W. P. / IEEE et al. | 2005
- 366
-
7.20 Arrays of Micro-Fabricated Quadrupole Mass FiltersLebel, L. / Velasquez-Garcia, L. F. / Akinwande, A. I. / IEEE et al. | 2005
- 368
-
7.21 Single Mask Fabrication Process of Vacuum Microelectronics Components and Preliminary Characterization ResultsPhommahaxay, A. / Lissorgues, G. / Bourouina, T. / Nicole, P. / IEEE et al. | 2005
- 370
-
8.1 Fabrication and Experimental Characterization of a Planar Array of Micro-Fabricated Electrospray Emitters for Space Propulsion ApplicationsVelasquez-Garcia, L. F. / Akinwande, A. I. / Martinez-Sanchez, M. / IEEE et al. | 2005