دانلود کتاب Green Electronics/Green Bottom Line. Environmentally responsible engineering

'The book presents a concise account of the latest concepts and developments in the emerging discipline of Design for Environment. The editor should be commended on the style of the book. It is a highly readable account of the subject with each chapter being a well presented contribution to the literature. Contributors include practicing engineers from well-know corporations and academics from leading universities in North America and Europe. Even in this fast moving era, I am sure that this book will be referred to for a long time. Every engineer involved in the practice of electronics manufacturing and/or design should find this book very beneficial.' - Journal of Electronics Manufacturing, Vol. 9, No.1 . . .an excellent introduction to environmentally responsible engineering. -EDN MAGAZINE ED This book will give you useful information that you can use now, case studies that worked, and ideas about future trends. -EDN MAGAZINE ED . . .it gives solid engineering information and advice. -Test & Measurement World I've never seen such a complete collection of practical information about designing with the earth's environment in mind. -Test & Measurement World The book is well worth the small cost, in fact the book price could have been higher . . . -Newton Marketing Content: Acknowledgments, Pages xi-xiiPreface, Pages xv-xviii- Introduction: If you think education is expensive, try ignorance!: An interview with Dr. Amory lovins on technology, the environment, and the existential pleasures of whole-system engineering, Pages 3-12, Lee H. GoldbergChapter 1 - Designing energy-efficient PCs using integrated power management, Pages 15-28, Gary SmerdonChapter 2 - Energy efficient three-phase AC motor drives for appliance and industrial applications, Pages 29-42, Radim VisinkaChapter 3 - A high-voltage power factor controller helps improve power quality, Pages 43-56, Ondrej Pauk, Petr LidikChapter 4 - Designing high-efficiency DSP-based motor controls for consumer goods, Pages 57-65, Aengus MurrayChapter 5 - Design for Disassembly, Reuse, and Recycling, Pages 69-82, Pitipong Veerakamolmal, Surendra GuptaChapter 6 - Defining Electronics Recycling, Pages 83-90, Craig BoswellChapter 7 - Sensor-based data recording for recycling: A low-cost technology for embedded product self-identification and status reporting, Pages 91-101, Markus Klausner, Wolfgang M. Grimm, Arpad HorvathChapter 8 - A Survey of DfE software, Pages 105-112, Joan WilliamsChapter 9 - Design for environment: A printed circuit board assembly example, Pages 113-122, Sudarshan Siddhaye, Paul ShengChapter 10 - Toward integrated product life-cycle design tools, Pages 123-130, Brian GlazebrookIntroduction: Electronic manufacturing processes and the environment, Pages 133-134, Christopher RhodesChapter 11 - Selection of plastics using cost, structural, and environmental factors, Pages 137-142, William TrumbleChapter 12 - Battery selection and application—environmental considerations, Pages 143-150, George L. YenderChapter 13 - Implementing green printed wiring board manufacturing, Pages 153-160, Holly Evans, John W. LottChapter 14 - No-lead solder assembly, Pages 161-170, William TrumbleChapter 15 - Chemical conversion coatings on electronic equipment, Pages 171-175, William TrumbleIntroduction: Musings before a new dawn, Pages 179-181, Ted D. PolakowskiChapter 16 - DfE for engineering managers: Making it count-DfE and the bottom line, Pages 185-192, Jill MatzkeChapter 17 - Making it happen—DfE implementation, Pages 193-199, Jill MatzkeChapter 18 - Getting the math right: Accurate costing through product life cycles, Pages 201-214, Kelly WeinschenkChapter 19 - Design for environment—A european logistics perspective, Pages 215-224, Carsten NagelChapter 20 - Meeting the letter and spirit of environmental management using the ISO 14001 standard, Pages 227-243, James LamprechtChapter 21 - ISO 14001 for the environment and your bottom line, Pages 245-252, Jim HartChapter 22 - Beyond ISO 14000: ST microelectronics as a case study in environmental leadership, Pages 253-256, Carol BrownIntroduction, Pages 259-263, Lee H. GoldbergChapter 23 - Designing a better tomorrow today with self-disassembling electronics, Pages 267-280, Joseph Chiodo, Eric H. BillettChapter 24 - Ultralight hybrid vehicles—principles and design, Pages 281-296, Timothy C. MooreChapter 25 - The environment and nanotechnology, Pages 297-301, Di Rodi Vincent F.Appendix A - A case study, Pages 305-310, William TrumbleAppendix B - Case study, Pages 311-314, William Trumble, Pat LawlessAppendix C - Case study, Pages 315-321, William TrumbleAppendix D - Resources, Pages 323-324Appendix E - Author Contact Information, Pages 325-329Index, Pages 331-340