Nucleic acids

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Nucleic acids / editor, Gerald D. Fasman

版:

3rd ed

資料種別:

図書

出版情報:

Cleveland, Ohio ; Boca Raton, Fla. : CRC Press, c1975-c1976

形態:

2 v. ; 26 cm

シリーズ名:

CRC handbook of biochemistry and molecular biology / editor, Gerald D. Fasman ; [B] <BA04350234>

著者名:

ISBN:

9780849305061 [0849305063] (v. 1)
9780849305078 [0849305071] (v. 2)

書誌ID:

BA04350460

子書誌情報

フルテキスト

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他の版・巻

書誌詳細

注記:

Series section "B" from series index (c1977)
CRC Press's place was changed from Cleveland, Ohio, to Boca Raton, Fla., [ca. 1978-1980]. And ISBN changed from (0-87819-506-8; 0-87819-507-6) to (0-8493-0506-3; 0-8493-0507-1)
ISBN(Set)は親書誌にあり

主題:

Biochemistry--Handbooks, manuals, etc; Molecular biology--Handbooks, manuals, etc

言語:

英語

目次情報:

Technical and commercial considerations / D. R. Bain ; G. A. Giles1：

Introduction / 1.1：

Properties / 1.2：

Testing and specification / 1.3：

Marketing considerations / 1.4：

Rigid packaging / 1.5：

Flexible packaging / 1.6：

Application areas / 1.7：

Stock keeping unit (SKU) mix / 1.8：

Costs / 1.9：

Support technologies / 1.10：

Packaging without plastics--image, environmental issues and recycling / 1.11：

Conclusion / 1.12：

Reference

Types of plastics materials, barrier properties and applications / D. Brooks2：

Commodity polymers / 2.1：

Polyester / 2.2.1：

Polypropylene / 2.2.2：

Polyethylene / 2.2.3：

Polystyrene / 2.2.4：

Polyvinyl chloride / 2.2.5：

Barrier polymers / 2.3：

Ethylene vinyl alcohol copolymer / 2.3.1：

Polyvinylidene chloride / 2.3.2：

Polyesters / 2.3.3：

Nylon MXD6 / 2.3.4：

Other barrier polymers / 2.3.5：

Technical polymers / 2.4：

Olefin polymers / 2.4.1：

Thermoplastic elastomers / 2.4.2：

Polystyrene copolymers / 2.4.3：

Polyamides / 2.4.4：

Other polymers / 2.4.6：

New and future developments / 2.5：

Single-site catalyst polymers / 2.5.1：

Barrier developments / 2.5.2：

Biodegradable polymers / 2.5.3：

Structural design, CAD/CAM, performance and finite element analysis / H. Hughes3：

Design / 3.1：

CAD/CAM / 3.3：

Computer assisted drawing / 3.3.1：

Computer assisted manufacturing / 3.3.2：

Finite element analysis / 3.3.3：

Further reading

Rapid prototyping and tooling / M. Naylon4：

Overview / 4.1：

Rapid prototyping / 4.2：

Concept modelling / 4.3：

Stereolithography (SL) / 4.4：

Selective laser sintering (SLS) / 4.5：

Laminated object manufacturing (LOM) / 4.6：

Fused deposition modelling (FDM) / 4.7：

Advantages of prototypes / 4.8：

Vacuum casting / 4.9：

RTV silicone tool preparation / 4.9.1：

Vacuum casting RTV polyurethane / 4.9.2：

Use of rapid prototyping in packaging / 4.10：

Keltool inserts / 4.11：

History of Keltool inserts / 4.11.1：

Technology of Keltool inserts / 4.11.3：

Design and decoration formats / M. Shickle4.11.4：

The role of design in determining packaging form and decoration / 5.1：

Managing pack requirements / 5.2：

The material selection process / 5.3：

Brands, product communication and the impact on packaging shape / 5.4：

Brands, products and packs never stand still / 5.5：

Basic / 5.5.1：

Discriminator / 5.5.2：

Energiser / 5.5.3：

Summary / 5.6：

References

Development of flexible plastics packaging / J. Dixon6：

Design criteria / 6.1：

Primary design criteria / 6.2.1：

Secondary design criteria / 6.2.2：

Basic properties of raw materials for flexible packaging / 6.3：

Case studies / 6.4：

Frozen vegetable bag / 6.4.1：

Breakfast cereal liner / 6.4.2：

Tobacco carton overwrap / 6.4.3：

Biscuit roll wrap / 6.4.4：

Potato crisp bag / 6.4.5：

Confectionery countline flow wrap / 6.4.6：

Modified atmosphere tray and lidding / 6.4.7：

Soup sachets / 6.4.8：

Shelf-stable pouch for ready meals / 6.4.9：

The development process / 6.5：

In theory / 6.5.1：

In practice / 6.5.2：

Plastics in active packaging / M. L. Rooney6.5.3：

Overview of active packaging plastics / 7.1：

Plastics with functional additives / 7.3：

Removal of undesirable components / 7.3.1：

Absorbers of odours and food constituents / 7.3.2：

Addition of desired components / 7.3.3：

Reactive polymers / 7.4：

Oxygen scavenging / 7.4.1：

Absorption of odours and food components / 7.4.2：

Antimicrobial surface generation / 7.4.3：

Physical property modification / 7.4.4：

Plastics composite structures / 7.5：

Absorption of water / 7.5.1：

Conclusions / 7.6：

The changing image of plastics packaging in the marketplace / A. Streeter8：

The switch to plastics packaging / 8.1：

Cost / 8.2.1：

The environmental agenda / 8.2.2：

Barrier / 8.2.3：

Shape / 8.2.4：

Decoration / 8.2.5：

SDO (simplicity, diversity and opportunity) / 8.2.6：

The evolution of lifestyle products / 8.3：

Global trends in plastics packaging / 8.4：

The application of flexibles / 8.4.1：

The growth of PET bottles / 8.4.2：

Plastics claiming to be an environmentally beneficial piece of packaging / 8.4.3：

The creative urge / 8.4.4：

Plastics packaging and the environment / T. McCormack8.5：

Sustainable development / 9.1：

Plastics and sustainable development / 9.3：

Economic development / 9.3.1：

Social justice / 9.3.2：

Environmental protection / 9.3.3：

Packaging as a concept / 9.4：

Leverage / 9.5：

The anatomy of a dustbin / 9.6：

The situation without plastics packaging / 9.7：

Waste management (WM) / 9.8：

Prevention / 9.8.1：

Preventative design / 9.8.2：

Technological innovation / 9.8.3：

Packaging trends / 9.9：

Impact of plastics packaging / 9.10：

Total resource savings in packaging through plastics use / 9.11：

Assumptions / 9.11.1：

Plastics waste management / 9.12：

Reuse / 9.12.1：

Recycling of plastics / 9.12.2：

Eco-efficiency model / 9.12.3：

Waste management options / 9.12.4：

Life-cycle analyses (LCA) / 9.13：

Legislation / 9.14：

The Packaging and Packaging Waste Directive (PandPWD) / 9.14.1：

Marking / 9.14.2：

Essential requirements / 9.14.3：

Legislation and the plastics industry approach / 9.14.4：

Acknowledgements / 9.15：

Bibliography

Recycling and reuse of plastics packaging for the consumer market / I. S. Dent10：

The legislative pressures for recycling / 10.1：

The sustainability pressures on packaging / 10.2：

Plastics as a material of choice / 10.3：

Life-cycle analysis / 10.4：

Future legislation / 10.5：

Plastics packaging recycling in the consumer goods sector / 10.6：

Recycling in the US and Japan / 10.7：

Plastics packaging reuse systems / 10.8：

Consumers and reusables / 10.9：

Plastics recycling technology / 10.10：

Technical problems in mechanical recycling / 10.11：

Feedstock recycling / 10.12：

Mechanical recycling technologies / 10.13：

Feedstock recycling technologies / 10.14：

Solvolysis routes / 10.14.1：

Thermolysis routes / 10.14.2：

The German experience / 10.15：

Use in blast furnaces / 10.16：

Other feedstock recycling developments / 10.17：

Polymer cracking process / 10.18：

Texaco gasification process / 10.19：

Degradability / 10.20：

Analysis of polymer usage for plastics packaging in Western Europe / C. CrossAppendix：

Trends in total demand for packaging polymers in all Western Europe / A.1：

Drinks / A.2.1：

Non-foods / A.2.2：

Fresh foods / A.2.3：

Processed foods / A.2.4：

Total polymer demand in consumer goods markets--Western European countries / A.3：

Polymer demand for flexible packaging in consumer goods markets--Western European countries / A.4：

PE / A.4.1：

PP / A.4.2：

Polymer demand for thin-walled plastic containers in consumer goods markets--Western European countries / A.4.3：

PS / A.5.1：

Polymer demand for blown plastic containers in consumer goods markets--Western European countries / A.5.3：

HDPE / A.6.1：

PET / A.6.2：

PE demand for liquid packaging cartons in consumer goods markets--Western European countries / A.6.3：

Polymer demand for plastics closures in consumer goods markets--Western European countries / A.8：

Total polymer demand in industrial markets--Western European countries / A.8.2：

Polymer demand for flexible transit packaging in industrial markets--Western European countries / A.10：

Polymer demand for rigid plastics containers in industrial markets--Western European countries / A.11：

List of Polymers

Index

Technical and commerical considerations

The printing process

Linking lithography to packaging decoration formats

Linking rotogravure printing to packaging decoration formats

Linking flexographic printing to packaging decoration formats

Linking screen printing to packaging decoration formats

Design and manufacture of labels and sleeves

Application of labels and sleeves

Direct printing / decoration on metal

Direct printing on glass

Selecting suitable decoration formats

Graphic design and the launch process

Labelling legislation and barcoding

Future decoration systems

Technical and commercial considerations / D. R. Bain ; G. A. Giles1：

Introduction / 1.1：

Properties / 1.2：

Testing and specification / 1.3：

Marketing considerations / 1.4：

Rigid packaging / 1.5：

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