Sources for further information

Bartels VT, editor. Handbook of Medical Textiles. Cambridge Woodhead Publishing Ltd  

Czajka R. Development of medical textile market. Fibres Text East Eur 2005 13( 1) 13-5. Qin Y. Advanced wound dressings. J Text Inst 2001 92(2) 127-38. 

Desai A. Special textiles used for manufacturing healthcare and hygiene products. Text Mag May 2003 73-6. 

Rajendran S, Anand S. Contribution of textiles to medical and healthcare products and developing iimovative medical devices. Indian J Fibre Text Res 2006 31 215-29. 

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This presentation will not attempt to present all these projects, but instead focus on the ongoing network activities and the available sources for further information through the Commission s information services, with the CORDIS database being the prime source of information (see details at the end of the paper). 

For the suppliers EPA, ARC, LIVSVER, CANMET and INCT listed above that are not already mentioned in other chapters sources for further information are given in Chapter 8. 

If direct cpl-induced one-photon photochemistry should be the source of homochirality, the assumption of the activity of amplification mechanisms is necessary. But cpl photolysis is only one of the mechanisms discussed for symmetry breaking and creation of homochirality. Bonner [11] and Feringa and van Delden [61] reviewed this topic and give sources for further information. On the... 

There are a variety of force fields that have been designed for protein modeling. The most popular are the Amber and Charmnp- variants. Work is ever ongoing in the development of more accurate force fields. A discussion of force fields is outside the scope of this work, and the interested reader is directed toward other sources for further information. ... 

Though minor details are limited, each chapter depicts completely the issues addressed and the solutions obtained. The large number of references given at the end of each chapter provides the reader the required source for further information. The editor has taken particular care to maintain uniformity of the individual chapters and to maintain clarity and continuity. 

As in the previous year, the Reporter had to be severely selective only about half of the thousand relevant articles are mentioned briefly. The reader is referred to the original sources for further information and much fine chemistry. 

Some literature sources for further information are mentioned, knowing that such a list will never be complete (but this is intended as a starting point). Over the years, several reviews of the research conducted with pulse-calorimeters have been published, which are good sources for more and detailed information about the historical developments and, in particular, for specific details of different pulse calorimeters. The first reviews, after the Exploding wires series of books by Chace [7], were presented by Cezairliyan, one of the originators of... 

It is assumed that the reader is broadly familiar with the properties of semiconductors, from which most detectors of importance are prepared, and with semiconductor technology which allows the preparation of interfaces such as p — junctions and Schottky barriers. For those who are not familiar with these concepts, many good books are available, including those by Sze [2.25], Grove [2.26], Kittel [2.27], and Moll [2.28]. It is also assumed that the reader is aware of the nature of electromagnetic radiation, including the properties of monochromatic and black body sources. For further information on this topic see the appropriate chapters in [2.1-7]. 

Numerous programs have been developed for the analysis and design of composite laminates and laminated structural elements (reference 4.15). With some exceptions the programs have been developed for personal computers. Well-known, commonly available programs are briefly reviewed below. Individual programs are not evaluated in detail since many of them are being continuously developed. Suppliers or organizations involved in development are identified as a source for further information. 

In the 200 years since Thomas Graham founded the discipline of colloid science, a vast number of terms have come to be associated with colloid and interface science and, in particular, with the sub-discipline of surfactant science. In addition to the fundamental science, there is a great diversity of occurrences and properties of surfactants in industry and in everyday life. This chapter provides brief explanations for the most important terms that may be encountered in a stndy of the fundamental principles, experimental investigations, and petrolenm industry-related applications of surfactant science. Specific literature eitations are given when the sources for further information are partieularly useful or unique. For terms drawn from fundamental colloid and interface seienee, much reliance was placed on the recommendations of the lUPAC Commission on Colloid and Surface Chemistry [I], For more comprehensive dictionaries and glossaries of terms in colloid and interface science, see references [2-7]. 

Probstein, Ronald F., and Edwin R. Hicks. Synthetic Fuels. Mineola, N.Y. Dover Publications, 2006. A comprehensive work on synthetic fuels. Gontains references and sources for further information. Service, Robert F. The Hydrogen Backlash. Science 305, no. 5686 (August 13, 2004) 958-961. Discusses the future of hydrogen power, including its maturity. Written in an easy-to-understand manner. 

We the authors have not carried out any studies verifying the safety aspects of the organic azides studied in this section. Readers and practitioners of these experimental procedures are advised to consult the original literature sources for further information. It must be noted that also the safety aspects of all the other experiments throughout the book, have not been verified by us. 

Spiegel, R. and D. Meadows. 2006. Green Building Materials A Guide to Product Selection and Specification, 2nd ed. Hoboken, NJ John Wiley Sons. Appendix A provides sources for further information. 

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