Mastering and Replication of Reflective Videodiscs

Winslow, J.S.

doi:10.1109/tce.1976.266829

Cited by 15 publications

(1 citation statement)

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“…Both techniques are cost-effective and high-throughput processes, and both are well-suited for manufacturing. The manufacturing of compact disks (CDs) based on imprinting in polycarbonate with a Ni master is a typical example of a large-volume commercial application of embossing (171). Recently, these two techniques have been explored seriously as methods for the production of nanometer-sized (<50 nm) structures of semiconductors, metals, and other materials commonly used in microelectronic circuitry (30).…”

Section: Embossing and Injection Moldingmentioning

confidence: 99%

Soft Lithography

Xia

Whitesides

1998

Angewandte Chemie International Edition

4,453

1,278

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Elastomeric stamps and molds provide a great opportunity to eliminate some of the disadvantages of photolithograpy, which is currently the leading technology for fabricating small structures. In the case of "soft lithography" there is no need for complex laboratory facilities and high-energy radiation. Therefore, this process is simple, inexpensive, and accessible even to molecular chemists. The current state of development in this promising area of research is presented here.

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Section: Embossing and Injection Moldingmentioning

confidence: 99%

Soft Lithography

Xia

Whitesides

1998

Angewandte Chemie International Edition

4,453

1,278

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Information Storage Materials

Wochele

Middleton

Houten

et al. 2004

Ullmann's Encyclopedia of Industrial Chemistry

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Information Storage Materials, 2. Optical Recording

Wochele¹,

Houten²,

Duchateau³

et al. 2011

Ullmann's Encyclopedia of Industrial Chemistry

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The article contains sections titled: 1. General Introduction 1.1. Optical Storage Media 1.2. The Optical Channel 1.2.1. Focusing and Tracking (Servo Control) 1.2.2. Data Channel 1.3. Compact Disc Family 1.3.1. Read‐Only, Replicated Discs 1.3.2. Recordable and Rewritable Discs 1.4. Digital Versatile Disc (DVD) 1.5. HD‐DVD and Blue Laser Discs 1.6. Magneto‐Optical Storage 1.7. Future Developments 1.7.1. Evolutionary Progress in Optical Disc Storage 1.7.2. Three‐Dimensional Optical Storage 2. Optical Disc Mastering and Stamper Production 2.1. General 2.2. Requirements 2.3. Mastering Methods 2.4. Electroforming of Stampers 3. Read‐Only Optical Recording Materials 3.1. Production Processes 3.2. Material Specifications 3.3. Molding Processes 3.4. Photoreplication Process 3.5. Metallization 3.6. Protective Coating 3.7. Nonstandard Processes 4. Write‐Once Optical Recording Materials 4.1. Material Specifications 4.2. Deposition Techniques 4.3. Tellurium Alloys 4.4. Organic Dyes 4.5. Metal Particle Colloids 4.6. Metal‐Polymer Bilayers 4.7. Alloying Bilayers 4.8. Agglomeration 4.9. Surface Texture 5. Reversible Optical Recording Materials 5.1. Magneto‐Optic Materials 5.2. Phase‐Change Recording Media 5.3. Liquid Crystals 5.4. Photochromics 5.5. Photochemical Hole Burning 6. Economic Aspects of Optical Recording 6.1. Consumer Electronics (CE) 6.2. Data Applications

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Mastering and Replication of Reflective Videodiscs

Cited by 15 publications

References 0 publications

Soft Lithography

Soft Lithography

Information Storage Materials

Information Storage Materials, 2. Optical Recording

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