1 - 6 |
Metal-Organic Chemical-Vapor-Deposition of Copper Using Hydrated Copper Formate as a New Precursor Mouche MJ, Mermet JL, Romand M, Charbonnier M |
7 - 11 |
Selective Chemical-Vapor-Deposition on Excimer-Laser-Patterned Polytetrafluoroethylene from Hexafluoroacetylacetonate Copper(I) Vinyltrimethylsilane Perry WL, Jain A, Kodas TT, Hampdensmith MJ |
12 - 19 |
Carrier-Gas Effects on Characteristics of Copper Chemical-Vapor-Deposition Using Hexafluoro-Acetylacetonate-Copper(1) Trimethylvinylsilane Awaya N, Arita Y |
20 - 30 |
In-Situ Mass-Spectral and Ir Studies of the Role of Auxiliary Reagents in the Enhancement of Copper Growth in the Chemical-Vapor-Deposition of Cu(II) Beta-Diketonate Precursors Kaloyeros AE, Zheng B, Lou IS, Lau J, Hellgeth JW |
31 - 38 |
Reactor Transport Effects in Copper APCVD Wang J, Little RB, Lai WG, Griffin GL |
39 - 45 |
Hydrogen-Atom Assisted CVD of Copper at Low-Temperatures and in-Situ Gas-Phase Spectroscopy Studies Lee WW, Locke PS |
46 - 51 |
Chemical Additives for Improved Copper Chemical-Vapor-Deposition Processing Norman JA, Roberts DA, Hochberg AK, Smith P, Petersen GA, Parmeter JE, Apblett CA, Omstead TR |
52 - 59 |
Selective Chemical-Vapor-Deposition of Copper Using (Hfac) Copper(I) Vinyltrimethylsilane in the Absence and Presence of Water Jain A, Gelatos AV, Kodas TT, Hampdensmith MJ, Marsh R, Mogab CJ |
60 - 66 |
CVD of Copper Using Copper(I) and Copper(II) Beta-Diketonates Naik MB, Gill WN, Wentorf RH, Reeves RR |
67 - 72 |
Lower Temperature Plasma-Etching of Cu Using Ir Light Irradiation Ohshita Y, Hosoi N |
73 - 83 |
Photolithographic Metallization of Fluorinated Polymers Rye RR, Howard AJ, Ricco AJ |
84 - 92 |
Copper Interconnection Integration and Reliability Hu CK, Luther B, Kaufman FB, Hummel J, Uzoh C, Pearson DJ |
93 - 103 |
Electroless Copper Deposition for ULSI Shachamdiamand Y, Dubin V, Angyal M |
104 - 119 |
Encapsulated Copper Interconnection Devices Using Sidewall Barriers Gardner DS, Onuki J, Kudoo K, Misawa Y, Vu QT |
120 - 123 |
Selective CVD-W for Capping Damascene Cu Lines Colgan EG |
124 - 128 |
Thermal-Stability of Copper Interconnects Fabricated by Dry-Etching Process Igarashi Y, Yamanobe T, Ito T |
129 - 134 |
In-Situ Ultra-High-Vacuum Studies of Electromigration in Copper-Films Jo BH, Vook RW |
135 - 141 |
Electromigration in Copper Conductors Lloyd JR, Clement JJ |
142 - 153 |
Thermal Strain and Stress in Copper Thin-Films Vinci RP, Zielinski EM, Bravman JC |
154 - 167 |
Enhanced Adhesion of Copper to Dielectrics via Titanium and Chromium Additions and Sacrificial Reactions Russell SW, Rafalski SA, Spreitzer RL, Li J, Moinpour M, Moghadam F, Alford TL |
168 - 176 |
Diffusion of Copper Through Dielectric Films Under Bias Temperature Stress Raghavan G, Chiang C, Anders PB, Tzeng SM, Villasol R, Bai G, Bohr M, Fraser DB |
177 - 186 |
Thermal-Stability of on-Chip Copper Interconnect Structures Gutmann RJ, Chow TP, Kaloyeros AE, Lanford WA, Muraka SP |
187 - 198 |
Room-Temperature Oxidation of Silicon in the Presence of Cu3Si Liu CS, Chen LJ |
199 - 208 |
Passivation of Cu via Refractory-Metal Nitridation in an Ammonia Ambient Adams D, Alford TL, Theodore ND, Russell SW, Spreitzer RL, Mayer JW |
209 - 217 |
In-Situ Measurement of Gas-Phase Reactions During the Metal-Organic Chemical-Vapor-Deposition of Copper Using Fourier-Transform Infrared-Spectroscopy Hanaoka K, Tachibana K, Ohnishi H |
218 - 223 |
W-B-N Diffusion-Barriers for Si/Cu Metallizations Reid JS, Liu RY, Smith PM, Ruiz RP, Nicolet MA |
224 - 233 |
Cu-Metal Interfacial Interactions During Metal-Organic Chemical-Vapor-Deposition Nuesca GM, Kelber JA |
234 - 241 |
Low-Temperature Passivation of Copper by Doping with Al or Mg Lanford WA, Ding PJ, Wang W, Hymes S, Muraka SP |
VII - VIII |
Copper-Based Metallization and Interconnects for Ultra-Large-Scale Integration Applications Alford TL, Li J, Mayer JW, Wang SQ |