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Preface | ||
1 | Photophysics, Photochemistry, and Photo-optical Effects in Polymer Solids | 2 |
2 | Photochemistry of Liquid-Crystalline Polymers | 13 |
3 | Dissociative Electron Capture of Polymers with Bridging Acid Anhydrides: Matrix Isolation Electron Spin Resonance Study | 27 |
4 | Luminescence Study of Ion-Irradiated Aromatic Polymers | 45 |
5 | New Directions in the Design of Chemically Amplified Resists | 52 |
6 | Dual-Tone and Aqueous Base Developable Negative Resists Based on Acid-Catalyzed Dehydration | 70 |
7 | Importance of Donor-Acceptor Reactions for the Photogeneration of Acid in Chemically Amplified Resists | 93 |
8 | Acid Generation in Chemically Amplified Resist Films | 110 |
9 | Radiation-Induced Reactions of Onium Salts in Novolak | 121 |
10 | Polymeric Sulfonium Salts as Acid Generators for Excimer Laser Lithography | 130 |
11 | Application of Triaryl Phosphate to Photosensitive Materials: Photoreaction Mechanism of Triaryl Phosphate | 139 |
12 | Effect of Water on the Surface Insoluble Layer of Chemically Amplified Positive Resists | 151 |
13 | Thermal Properties of a Chemically Amplified Resist Resin | 165 |
14 | Modeling and Simulation of Chemically Amplified Resist Systems | 176 |
15 | Surface Imaging Using Photoinduced Acid-Catalyzed Formation of Polysiloxanes at Air-Polymer Interface | 185 |
16 | Surface Imaging for Applications to Sub-0.35-[mu]m Lithography | 201 |
17 | Molecular Design of Epoxy Resins for Microelectronics Packaging | 220 |
18 | Uniaxial and In-Plane Molecular Orientation of Polyimides and Their Precursor as Studied by Absorption Dichroism of Perylenebisimide Dye | 234 |
19 | Novel Photosensitive Polyimide Precursor Based on Polyisoimide Using Nifedipine as a Dissolution Inhibitor | 242 |
20 | Photochemical Behavior of Nifedipine Derivatives and Application to Photosensitive Polyimides | 253 |
21 | Waveguiding in High-Temperature-Stable Materials | 272 |
22 | Rodlike Fluorinated Polyimide as an In-Plane Birefringent Optical Material | 283 |
23 | Preparation of Polyphenylene and Copolymers for Microelectronics Applications | 298 |
24 | Charge-Carrier Generation and Migration in a Polydiacetylene Compound Studied by Pulse Radiolysis Time-Resolved Microwave Conductivity | 316 |
25 | Excitation Dynamics in Conjugated Polymers | 328 |
26 | Application of Polyaniline Films to Radiation Dosimetry | 336 |
27 | Present and Future of Fullerenes: C[subscript 60] and Tubules | 343 |
28 | Photoresponsive Liquid-Crystalline Polymers: Holographic Storage, Digital Storage, and Holographic Optical Components | 357 |
29 | Azimuthal Alignment Photocontrol of Liquid Crystals | 365 |
30 | Electronic Structure and UV Absorption Spectra of Permethylated Silicon Chains | 376 |
31 | Electronic Properties of Polysilanes | 387 |
32 | UV Photoelectron Spectroscopy of Polysilanes and Polygermanes | |
33 | Radical Ions of Polysilynes | 408 |
34 | Optical Properties of Silicon-Based Polymers with Different Backbone Structures | 425 |
35 | Synthesis and Properties of Polysilanes Prepared by Ring-Opening Polymerization | 433 |
36 | New Synthesis and Functionalization of Photosensitive Poly(silyl ether) by Addition Reaction of Bisepoxide with Dichlorosilane | 443 |
Author Index | 455 | |
Affiliation Index | 456 | |
Subject Index | 457 |
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Add Polymeric Materials for Microelectronic Applications: Science and Technology, Reports recent developments in polymer science and technology pertinent to microelectronics. Addresses such topics as photophysics and radiation physics and chemistry of polymers; photoresists, electron beam resists, and X-ray resists; insulating mat, Polymeric Materials for Microelectronic Applications: Science and Technology to the inventory that you are selling on WonderClubX
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Add Polymeric Materials for Microelectronic Applications: Science and Technology, Reports recent developments in polymer science and technology pertinent to microelectronics. Addresses such topics as photophysics and radiation physics and chemistry of polymers; photoresists, electron beam resists, and X-ray resists; insulating mat, Polymeric Materials for Microelectronic Applications: Science and Technology to your collection on WonderClub |