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Book Categories |
1 | Ultraclean Technology for VLSI Manufacturing: An Overview | 3 |
2 | Influence of Silicon Crystal Quality on Device Characteristics | 21 |
3 | Influence of Contaminants on Device Characteristics | 29 |
4 | Influence of Metallic Contamination on Dielectric Degradation of MOS Structures | 42 |
5 | Influence of Micro-Roughness on Device Characteristics | 57 |
6 | Particle Deposition in Air | 67 |
7 | Particle Deposition in Plasma | 82 |
8 | Particle Deposition in Vacuum | 92 |
9 | Particle Adhesion in Liquids | 105 |
10 | Particle Adhesion and Removal on Wafer Surfaces in RCA Cleaning | 115 |
11 | Effects of Electrostatic Charge on Particle Adhesion on Wafer Surfaces | 137 |
12 | Measurement of Particles on Wafer Surfaces | 153 |
13 | Analysis and Evaluation of Impurities of Wafer Surfaces | 168 |
14 | Analysis and Evaluation of Molecules Adhered to Wafer Surfaces | 179 |
15 | Electrical Evaluation of Metallic Impurities on Wafer Surfaces | 194 |
16 | Analysis of Microscopic Areas on Wafer Surfaces Using STM/AFM | 223 |
17 | Detection and Analysis of Particles in Production Lines | 243 |
18 | Pattern Defect Monitoring in Production Lines | 259 |
19 | Clean Level Monitoring in Production Lines | 271 |
20 | Analysis of Defects in Devices and Silicon Crystals in Production Lines | 286 |
21 | Oxidation and Diffusion | 305 |
22 | CVD (Part 1): Atmospheric Pressure/Low-Pressure CVD | 317 |
23 | CVD (Part 2): Plasma CVD | 331 |
24 | CVD (Part 3): Metal CVD | 342 |
25 | Physical Vapor Deposition | 352 |
26 | Dry Etching (Part 1): Particulate Contamination Due to Dry Etching | 361 |
27 | Dry Etching (Part 2): Influence of Chemical Contamination and Defects on Dry Etching | 371 |
28 | Ion Implantation | 384 |
29 | Lithography | 398 |
30 | CMP | 414 |
31 | Cluster Tools | 426 |
32 | Trends in Wafer Cleaning Technology | 437 |
33 | Wet Cleaning (Part 1): Removal of Particulate Contaminants | 451 |
34 | Wet Cleaning (Part 2): Removal of Metallic Contaminants | 462 |
35 | Wet Cleaning (Part 3): Removal of Organic Contaminants | 474 |
36 | Wet Cleaning (Part 4): Micro-Roughness and COPs Created by SC-1 | 482 |
37 | Wafer Drying After Wet Cleaning | 494 |
38 | Watermarks: Generation, Control, and Removal | 503 |
39 | Physical Cleaning | 508 |
40 | Dry Cleaning | 514 |
41 | HF Vapor Cleaning Technology | 531 |
42 | Native Oxide Films and Chemical Oxide Films | 543 |
43 | Hydrogen Termination: The Ideally Finished Silicon Surface | 559 |
44 | Adsorption of Organic Volatiles on Silicon Surfaces and Their Removal by Wet Cleaning | 566 |
45 | Wafer Carrier Cleaning | 584 |
46 | Goals for Next-Generation Wafer Cleaning Technology | 594 |
Index | 609 |
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Add Ultraclean Surface Processing of Silicon Wafers: Secrects of VLSI Manufacturing, A totally new concept for clean surface processing of Si wafers is introduced in this book. Some fifty distinguished researchers and engineers from the leading Japanese semiconductor companies, such as NEC, Hitachi, Toshiba, Sony and Panasonic as well as , Ultraclean Surface Processing of Silicon Wafers: Secrects of VLSI Manufacturing to the inventory that you are selling on WonderClubX
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Add Ultraclean Surface Processing of Silicon Wafers: Secrects of VLSI Manufacturing, A totally new concept for clean surface processing of Si wafers is introduced in this book. Some fifty distinguished researchers and engineers from the leading Japanese semiconductor companies, such as NEC, Hitachi, Toshiba, Sony and Panasonic as well as , Ultraclean Surface Processing of Silicon Wafers: Secrects of VLSI Manufacturing to your collection on WonderClub |