1 - 7 |
Scanning-Tunneling-Microscopy Morphological-Study of the 1st Stages of Growth of Microwave Chemical-Vapor-Deposited Thin Diamond Films Vazquez L, Sanchez O, Albella JM |
8 - 13 |
Fabrication of a Nanoscale, Inplane Gated Quantum-Wire by Low-Energy Ion Exposure Andrews CC, Spencer GF, Li F, Weichold MH, Kirk WP |
13 - 13 |
Untitled Lucovsky G |
14 - 19 |
Discretization of Curved Lines and Arbitrary Areas for Ion and Electron-Beam Writing on a Nonrectangular Grid Devries DK, Wieck AD, Ploog K |
20 - 25 |
Fabrication of Aspheric High Numerical Aperture Reflective Diffractive Optic Elements Using Electron-Beam Lithography Mikolas D, Bojko R, Craighead HG, Haas F, Honey DA, Bare HF |
26 - 31 |
Realization of Limited-Area Cathodes and Their Performance in an Electron-Optical Column Maloney CE, Nakamura H, Broers AN, Xia S, Peters L |
32 - 36 |
Thin-Film Materials for the Preparation of Attenuating Phase-Shift Masks Shih KK, Dove DB |
37 - 43 |
New Chemically Amplified Positive Resist for Electron-Beam Lithography Hashimoto K, Katsuyama A, Endo M, Sasago M |
44 - 47 |
Ag2Te/As2S3, a Top-Surface, High-Contrast Negative-Tone Resist for Deep-Ultraviolet Submicron Lithography Dumford SA, Lavine JM |
48 - 53 |
Polycrystalline Silicon Slit Nanowire for Possible Quantum Devices Wada Y, Kure T, Yoshimura T, Sudou Y, Kobayashi T, Gotou Y, Kondo S |
54 - 58 |
Shallow Trench Isolation for Ultra-Large-Scale Integrated Devices Blumenstock K, Theisen J, Pan P, Dulak J, Ticknor A, Sandwick T |
59 - 62 |
3-Dimensional Thermal-Analysis of High-Density Triple-Level Interconnection Structures in Very Large-Scale Integrated-Circuits Gui X, Dew SK, Brett MJ |
63 - 68 |
Relationship Between Void Formation and Electromigration Performance in Al/TiW Multilayered Interconnections Fukada S, Kudo K, Suzuki M |
69 - 72 |
Performance of the Plasma-Deposited Tungsten Nitride Barrier to Prevent the Interdiffusion of Al and Si Lee CW, Kim YT, Lee C, Lee JY, Min SK, Park YW |
73 - 77 |
Mechanism of Ion-Beam-Induced Deposition of Gold Ro JS, Thompson CV, Melngailis J |
78 - 87 |
Chemistry of Silicon Surfaces After Wet Chemical Preparation - A Thermodesorption Spectroscopy Study Pietsch GJ, Kohler U, Henzler M |
88 - 95 |
Characterization of the Si/SiO2 Interface Morphology from Quantum Oscillations in Fowler-Nordheim Tunneling Currents Poler JC |
96 - 101 |
Sidewall Passivation During the Etching of Poly-Si in an Electron-Cyclotron-Resonance Plasma of HBr Haverlag M, Oehrlein GS, Vender D |
102 - 111 |
Evaluation and Control of Device Damage in High-Density Plasma-Etching Gadgil PK, Mantei TD, Mu XC |
112 - 115 |
Advanced Electron-Cyclotron-Resonance Plasma-Etching Technology for Precise Ultra-Large-Scale Integration Patterning Samukawa S |
116 - 124 |
On the Spatial-Resolution of 2-Dimensional Doping Profiles as Measured Using Secondary-Ion Mass-Spectrometry Tomography Liu X, Goodwinjohansson S, Jacobson JD, Ray MA, Mcguire GE |
125 - 129 |
Roles of a Si Insertion Layer at GaAs/AlAs Heterointerface Determined by X-Ray Photoemission Spectroscopy Hashimoto Y, Tanaka G, Ikoma T |
130 - 133 |
Plasma-Deposited SiO2 for Planar Self-Aligned Gate Metal-Insulator-Semiconductor Field-Effect Transistors on Semiinsulating InP Tabory CN, Young PG, Smith ED, Alterovitz SA |
134 - 141 |
Room-Temperature Photoluminescence from Modulation-Doped AlGaAs/InGaAs/GaAs Quantum-Wells Svensson SP, Gill DM, Towner FJ, Uppal PN |
142 - 146 |
Comparison of Surface Recombination Velocities in InGaP and AlGaAs Mesa Diodes Pearton SJ, Ren F, Hobson WS, Abernathy CR, Chakrabarti UK |
147 - 153 |
Analysis of Stoichiometry and Oxide-Growth of HF Treated GaAs(100) by X-Ray Photoelectron-Spectroscopy and Time-of-Flight Secondary-Ion Mass-Spectrometry Storm W, Wolany D, Schroder F, Becker G, Burkhardt B, Wiedmann L |
154 - 157 |
Influences of Delta-Doping Time and Spacer Thickness on the Mobility and 2-Dimensional Electron-Gas Concentration in Delta-Doped GaAs/InGaAs/GaAs Pseudomorphic Heterostructures Shieh HM, Hsu WC, Kao MJ, Wu CL |
158 - 160 |
Fabrication and Performance of GaAs Metal-Semiconductor Field-Effect Transistors with Step-Graded Striped Focused Ion-Beam Doping in the Channel Regions Hussain T, Cleaver JR, Ahmed H |
161 - 162 |
Photolithographic Patterning of Porous Silicon Couillard JG, Craighead HG |
165 - 165 |
Papers from the 2nd International Workshop on the Measurement and Characterization of Ultra-Shallow Doping Profiles in Semiconductors - Preface Subrahmanyan R |
166 - 171 |
Experimental-Observations and Modeling of Ultra-Shallow Bf2 and as Implants in Single-Crystal Silicon Tasch AF, Yang SH, Morris S, Lim D |
172 - 178 |
Ultra-Shallow-Doped Film Requirements for Future Technologies Elkareh B |
179 - 185 |
Atomic Layer Epitaxy Deposition Processes Bedair SM |
186 - 198 |
Secondary-Ion Mass-Spectrometry Analysis of Ultrathin Impurity Layers in Semiconductors and Their Use in Quantification, Instrumental Assessment, and Fundamental Measurements Dowsett MG, Barlow RD, Allen PN |
199 - 204 |
Angle of Incidence Effects of an Oxygen-Ion Beam on the Surface-Chemistry of GaAs Solomon JS, Grant JT |
205 - 208 |
Nitrogen Redistribution in SiO2 Under Ion-Bombardment Banerjee I, Kuzminov D |
209 - 213 |
Secondary-Ion Mass-Spectrometry Measurements of Shallow Boron Profiles in Cobalt, Silicon, and Cobalt Disilicide Mohadjeri B, Svensson BG |
214 - 218 |
Ultra-Shallow Depth Profiling with Time-of-Flight Secondary-Ion Mass-Spectrometry Bennett J, Dagata JA |
219 - 229 |
Solid Source Diffusion from Agglomerating Silicide Sources .1. Measurement and Modeling Tsai JY, Canovai C, Osburn CM, Wang QF, Rose J, Cowen A, Denker MS |
230 - 233 |
Improvement of Depth Resolution in Secondary-Ion Mass-Spectrometry Depth Profiling of Silicided Poly Contacts Corcoran SF, Soza D, Kincaid N, Danielson D |
234 - 242 |
Method for the Measurement of the Lateral Dose Distribution of Dopants at Implantation or Diffusion Mask Edges (Lateral SIMS) Voncriegern R, Jahnel F, Bianco M, Langegieseler R |
243 - 246 |
Comparison Between Computer-Simulation and Direct Secondary-Ion Mass-Spectrometry Measurement of Lateral Dopant Distributions Cooke GA, Dowsett MG, Hill C, Pearson PJ, Walton AJ |
247 - 253 |
2-Dimensional Doping Profiles from Experimentally Measured One-Dimensional Secondary-Ion Mass-Spectroscopy Data Goodwinjohansson S, Liu XF, Ray M |
254 - 257 |
Effect of Matrix Stopping Power on Sputter Depth Profile Broadening Ronsheim PA, Tejwani M |
258 - 262 |
Secondary-Ion Mass-Spectrometry Depth Profiling of Boron and Antimony Deltas in Silicon - Comparison of the Resolution Functions Using Oxygen Bombardment at Different Energies and Impact Angles Wittmaack K |
263 - 268 |
Sputter-Initiated Resonance Ionization Spectroscopy - An Analytical Technique for Quantitative and Sensitive Measurements of Impurities and Ultra-Shallow Doping Profiles in Semiconductors Arlinghaus HF, Spaar MT, Tanigaki T, Mcmahon AW, Holloway PH |
269 - 275 |
Limiting Factors for Secondary-Ion Mass-Spectrometry Profiling Cirlin EH, Vajo JJ, Hasenberg TC |
276 - 282 |
2-Dimensional Spreading Resistance Profiling - Recent Understandings and Applications Vandervorst W, Privitera V, Raineri V, Clarysse T, Pawlik M |
283 - 289 |
Improved Analysis of Spreading Resistance Measurements Dunham ST, Collins N, Jeng N |
290 - 297 |
Automatic-Generation of Shallow Electrically Active Dopant Profiles from Spreading Resistance Measurements Clarysse T, Vandervorst W |
298 - 303 |
On the Reduction of Carrier Spilling Effects During Resistance Measurements with the Spreading Impedance Probe Czech I, Clarysse T, Vandervorst W |
304 - 311 |
Towards a Physical Understanding of Spreading Resistance Probe Technique Profiling Snauwaert J, Hellemans L, Czech I, Clarysse T, Vandervorst W, Pawlik M |
312 - 316 |
From InP/GaInAsP Interface Study to Nanometer Range Heterostructure Detection with Probe Method Walachova J, Sroubek Z, Zelinka J, Kot M, Pittroff W |
317 - 321 |
Profiling of Silicide Silicon Structures Using a Combination of the Spreading Resistance and Point-Contact Current-Voltage Methods Heddleson JM, Weinzierl SR, Hillard RJ, Raichoudhury P, Mazur RG |
322 - 326 |
Detection of Anomalous Defect-Enhanced Diffusion Using Advanced Spreading Resistance Measurements and Analysis Weinzierl SR, Hillard RJ, Heddleson JM, Raichoudhury P, Mazur RG, Osburn CM |
327 - 331 |
Doping Profiles Characterization in GaAs Semiinsulating Substrates Using Capacitance-Voltage, Conductance Voltage, and Current-Voltage Measurements Iniewski K, Liu M, Salama CA |
332 - 335 |
Device Structure Characterization Using the Comparative Capacitance-Voltage Technique Taft RC, Noell MS |
336 - 341 |
Accurate Profiling of Ultra-Shallow Implants with Mercury Gate Metal-Oxide-Semiconductor Capacitance-Voltage Ledudal R, Hillard RJ, Heddleson JM, Weinzierl SR, Raichoudhury P, Mazur RG |
342 - 346 |
Accurate Determination of Shallow Doping Profiles and Interface States for Metal-Oxide-Semiconductor Structures from Measured Capacitance-Voltage Data Osse AL, Krusius JP, Weinzierl S |
347 - 352 |
Characterization of Structure Dopant Behavior by Electron-Microscopy Maher DM, Zhang B |
353 - 356 |
Transmission Electron-Microscopy Study of 2-Dimensional Semiconductor-Device Junction Delineation by Chemical Etching Liu JB, Dass ML, Gronsky R |
357 - 361 |
Electron-Beam-Induced Current Determination of Shallow Junction Depth Fitzgerald EA, Gossmann HJ, Unterwald FC, Luftman HS, Monroe D |
362 - 368 |
Cross-Sectional Scanning-Tunneling-Microscopy on Heterostructures - Atomic-Resolution, Composition Fluctuations and Doping Salemink HW, Johnson MB, Albrektsen O |
369 - 372 |
Capacitance-Voltage Measurement and Modeling on a Nanometer-Scale by Scanning C-V Microscopy Huang Y, Williams CC |
373 - 377 |
Junction Locations by Scanning-Tunneling-Microscopy - In-Air-Ambient Investigation of Passivated GaAs PN Junctions Tseng WF, Dagata JA, Silver RM, Fu J, Lowney JR |
378 - 382 |
2-Dimensional Delineation of Semiconductor Doping by Scanning Resistance Microscopy Shafai C, Thomson DJ, Simardnormandin M |
383 - 386 |
Electrical and Structural Characterization of Boron-Doped Si1-xGex Strained Layers Moriya N, Feldman LC, Luftman HS, King CA |
387 - 390 |
Anomalous Low-Temperature Dopant Diffusion from in-Situ Doped Polycrystalline and Epitaxial Si Layers into the Monocrystalline Si Substrate Caymax M, Baert K, Poortmans J, Vandervorst W |
391 - 394 |
Boltzmann-Matano Analysis Based Model for Boron-Diffusion from Polysilicon into Single-Crystal Silicon Sultan A, Bhattacharya S, Batra S, Banerjee S |
395 - 398 |
Measurement of the Sheet Resistance of Doped Layers in Semiconductors by Microwave Reflection Bhimnathwala H, Borrego JM |
399 - 404 |
Ultra-Shallow Box-Like Profiles Fabricated by Pulsed Ultraviolet-Laser Doping Process Ishida E, Sigmon TW, Weiner KH, Frost MR |
407 - 407 |
Papers from the 2nd High-Density Plasma Workshop - Preface Forster J |
408 - 415 |
Size-Scalable, 2.45-GHz Electron-Cyclotron-Resonance Plasma Source Using Permanent-Magnets and Wave-Guide Coupling Getty WD, Geddes JB |
416 - 421 |
Optimization of an Electron-Cyclotron-Resonance Plasma Etch Process for N+ Polysilicon - HBr Process Chemistry Tipton GD, Blain MG, Westerfield PL, Trutna LS, Maxwell KL |
422 - 426 |
High-Aspect-Ratio Polyimide Etching Using an Oxygen Plasma Generated by Electron-Cyclotron-Resonance Source Juan WH, Pang SW |
427 - 432 |
Selective Dry-Etching in a High-Density Plasma for 0.5 Mu-M Complementary Metal-Oxide-Semiconductor Technology Givens J, Geissler S, Lee J, Cain O, Marks J, Keswick P, Cunningham C |
433 - 440 |
Dielectric Thin-Film Deposition by Electron-Cyclotron-Resonance Plasma Chemical-Vapor-Deposition for Optoelectronics Dzioba S, Rousina R |
441 - 448 |
Relationships Between the Material Properties of Silicon-Oxide Films Deposited by Electron-Cyclotron-Resonance Chemical-Vapor-Deposition and Their Use as an Indicator of the Dielectric-Constant Fowler B, Obrien E |
449 - 453 |
Metal-Ion Deposition from Ionized Magnetron Sputtering Discharge Rossnagel SM, Hopwood J |
454 - 460 |
Gate Oxide Damage in a High-Density Inductively-Coupled Plasma Gabriel CT, Melaku Y |
461 - 477 |
2-Dimensional Modeling of High Plasma-Density Inductively-Coupled Sources for Materials Processing Ventzek PL, Hoekstra RJ, Kushner MJ |
478 - 485 |
2-Dimensional Fluid Model of High-Density Inductively-Coupled Plasma Sources Stewart RA, Vitello P, Graves DB |
486 - 493 |
Transport and Heating of Small Particles in High-Density Plasma Sources Kilgore MD, Daugherty JE, Porteous RK, Graves DB |
494 - 506 |
Neutral Transport in High Plasma-Density Reactors Kilgore MD, Wu HM, Graves DB |
507 - 511 |
Ponderomotive Transport of Charge in the Induction Plasma Helmer JC, Feinstein J |