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The book introduces concepts on a wide range of materials and has several advantages over existing texts, including: 1. The presentation of a series of scientific postulates and laws of RF and microwaves, which lay the foundation for the behavior of waves and their propagation on transmission lines, is unique to this book compared with similar RF and Microwave texts.2. The presentation of classical laws and principles of electricity and magnetism, all inter-related, conceptually and graphically.3. There is a shift of emphasis from rigorous mathematical solutions of Maxwell's equations, and instead has been aptly placed on simple yet fundamental concepts that underlie these equations. This shift of emphasis will promote a deeper understanding of the electronics, particularly at RF/Microwave frequencies.4. Wave propagation in free space and tramsmission lines has been amply treated from a totally new standpoint. Designing RF/Microwave passive circuits using the Smith Chart as covered in this book becomes a systematic and yet pleasant task, which can easily be duplicated by any practitioner in the field.5. New technical terms are precisely defined as they are first introduced, thereby keeping the subject matter in focus and preventing misunderstanding, and 6. Finally the abundant use of graphical illustrations and diagrams brings a great deal of clarity and conceptual understanding, enabling difficult concepts to be understood with ease.The fundamentals of RF and microwave electronics can be mastered visually, through many tested practical examples in the book and in the accompanying CD using Microsoft Excel environment. This book is perfect for RF/microwave newcomers or industry veterans The material is presented lucidly and effectively through worked practical examples using both clear-cut math and vivid illustrations, which help the reader gain practical knowledge in passive circuit design using the Smith Chart.

This book outlines the history of the vortex theory and its latest development, 3D spiral string theory.

Energy and Society (Revised) When first published in 1955, this book was among the first interpretive treatments of the connection between a society's energy conditions and evolution of its culture. The book begins with a basic discussion of the earliest forms of energy uses and evolves through a discussion of how the evolution of alternative energy converters has impacted the growth of civilization. Dr.Cottrell takes us from food gathering societies up through the beginning of the industrial revolution into the age of nuclear power. With each step of change, he discusses how society has changed and the impact these changes have had on economic, moral and social issues. Today, more than any time in history, the questions of energy sources, energy conversion, energy uses and energy distribution are among the greatest challenges faced by civilization. In this book, Dr. Cottrell does not give you answers or predictions but takes you through the thought processes necessary to overcome the multible barriers we face in moving into the future.

This book has a very interesting story in it called My Pet Clock.It is about math. It also has the story in it called The Appetizer I love. It is about honey. There is also stories from long ago about like a computer and a person falling deeply, truly, madly in love.

The book concentrates most attention on the synthesis of the basics of fundamental disciplines and on the deductive substantiation of fundamental principles, laws and equations for equilibrium and non-equilibrium thermodynamics, classic and quantum mechanics, the theory of heat- and mass-exchange, hydrodynamics and electrodynamics. A considerable attention is also paid to the development and experimental verification of a number of new applications the theory provides, as well as to the analysis and elimination of the paralogisms discovered from the positions of energodynamics in the majority of fundamental disciplines.

A volume in Research on Women and Education (RWE) Series Editors Beverly Irby, Sam Houston State University and Janice Koch, Hofstra University Encouraging the participation of girls and women in science, technology, engineering and mathematics (STEM) remains as vital today as it was in the 1970s. ... hence, the sub-title: "A Never Ending Story." This volume is about ongoing advocacy on behalf of the future workforce in fields that lie on the cutting edge of society's future. Acknowledging that deeply embedded beliefs about social and academic entitlement take generations to overcome, the editors of this volume forge forward in the knowledge that these chapters will resonate with readers and that those in positions of access will learn more about how to provide opportunities for girls and women that propel them into STEM fields. This volume will give the reader insight into what works and what does not work for providing the message to girls and women that indeed STEM fields are for them in this second decade of the 21st century. Contributions to this volume will connect to readers at all levels of STEM education and workforce participation. Courses that address teaching and learning in STEM fields as well as courses in women's studies and the sociology of education will be enhanced by accessing this volume. Further, students and scholars in STEM fields will identify with the success stories related in some of these chapters and find inspiration in the ways their own journeys are reflected by this volume.

Chemicals, both helpful and harmful, affect our everyday lives. From cosmetics to medications to cleansers to lighting, automotive, and office products, each is composed of a complex blending of elements to perform a specific task. This book analyzes over 100 groups of products, identifying the specific chemical composition of a product, its historical use, how it functions, and any associated environmental and/or human health issues. Ten laboratory exercises provide students with the opportunity to observe these chemicals in action. Readers will learn which chemical elements are in everyday products and how they may affect health and environment, assisting them in making educated choices as consumers. Chemicals, both helpful and harmful, affect our everyday lives. From cosmetics to medications to cleansers to lighting, automotive, and office products, each is composed of a complex blending of elements to perform a specific task. This book analyzes over 100 groups of products, identifying the specific chemical composition of a product, the historical use of the product, how it functions, and any associated environmental and/or human health issues. Ten laboratory exercises provide students with the opportunity to observe these chemicals in action. Readers will learn which chemical elements are in everyday products and how they may affect health and environment, assisting them in making educated choices as consumers. Products analyzed include: Soaps and laundry products; cosmetics and bathroom products; health and medical products; baby products; cleaning products; lighting; common household and lawn products; automotive and general repair products; common materials [paper, plastic cement, spray paint] and office supply products.

The arrow of time and the meaning of quantum mechanics are two of the great mysteries of modern physics. This important new book throws fascinating new light on both issues, and connects them in a wholly original way.

Price shows that for over a century physicists have fallen repeatedly into the same trap when trying to understand the arrow of time: treating the past and future in different ways. To overcome this natural tendency, we need to imagine a point outside time - an Archimedean viewpoint as Price calls it - from which to think about the arrow of time in an unbiased way.

Taking this Archimedean viewpoint Price asks why we assume that the past affects the future but not vice-versa, and argues that causation is much more symmetric in microphysics: to a limited extent - the future does affect the past. Thus Price avoids the usual paradoxes of quantum mechanics, without succumbing to the rival paradoxes of causal loops and time travel.

The effective communication of science through language, including reading, writing, listening, speaking, and visual representation, is an essential part of scientific learning, understanding, and practice. Language is the medium by which scientific reasoning occurs, whether be it formal language or symbolic representations of scientific phenomena. Sustainable Language Support Practices in Science Education: Technologies and Solutions presents cases on the results of a study done in Australia on first-year university students and the impact of new techniques of language acquisition on science education. The project covered biology, chemistry, and physics. Nearly 3,400 students were involved in the project, drawn from the University of Canberra, the University of Technology-Sydney, the University of Sydney, the University of Tasmania, and the University of Newcastle in Australia. This book serves as the latest research available on meta-cognitive assessment and language needs for a diverse student body; it is a vital resource for academics and practitioners designing and implementing science education around the world today.

The origin and study of astronomy is as old as mankind. The names of constellations and stars and their meaning are older than mankind. God gave Adam the responsibility of naming the animals, but God named the stars and constellations and gave them each a meaning. God instructed the first humans in these meanings. These meanings have been preserved and transmitted from antiquity to the present for us to know and understand. Though much has been lost throughout time, much has been rediscovered. Discover the real meaning of the stars and constellations. Discover the past, present, and future. Discover the story of the Gospel in the stars.

This volume presents the preliminary results of the work carried out by the interdisciplinary cultural techniques research lab at the University of Erfurt. Taking up an impulse from media studies, its contributions examine -from a variety of disciplinary perspectives-the interplay between the formative processes of knowledge and action outlined within the conceptual framework of cultural techniques. Case studies in the fields of history, literary (and media) studies, and the history of science reconstruct seemingly fundamental demarcations such as nature and culture, the human and the nonhuman, and materiality and the symbolical order as the result of concrete practices and operations. These studies reveal that particularly basic operations of spatialization form the very conditions that determine emergence within any cultural order. Ranging from manual and philological "paper work" to practices of opening up and closing off spaces and collective techniques of assembly, these case studies replace the grand narratives of cultural history focusing on micrological examinations of specific constellations between human and nonhuman actors.

Harold Morowitz has long been regarded highly both as an eminent scientist and as an accomplished science writer. The essays in The Wine of Life, his first collection, were hailed by C.P. Snow as "some of the wisest, wittiest and best informed that I have read", and Carl Sagan called them "a delight to read". In later volumes such as Mayonnaise and the Origin of Life and The Thermodynamics of Pizza, he has established a reputation for a wide-ranging intellect, an ability to see unexpected connections and draw striking parallels, and a talent for communicating scientific ideas with optimism and wit. Kirkus Reviews praised Mayonnaise as "wonderfully diverting and very wise". Nature wrote of Thermodynamics, "his chocolate-coated nuggets of science will continue to entertain and do surreptitious good". With Entropy and the Magic Flute, Morowitz once again offers an appealing mix of brief reflections on everything from litmus paper to the hippopotamus to the sociology of Palo Alto coffee shops. Many of these pieces are appreciations of scientists that Morowitz holds in high regard. In the title piece, for instance, Morowitz tells of his pilgrimage to the grave of Ludwig Boltzmann, found in the same cemetery - Vienna's Central Cemetery - as the graves of Beethoven, Schubert, and Brahms and the memorial to Mozart. He also writes of J. Willard Gibbs ("thought by many to be the greatest scientist yet produced by the United States"), Jean Perrin (author of Les Atomes, a now-forgotten classic that convinced virtually everyone in science of the validity of the atomic hypothesis), Einstein, Newton (on the occasion of the 300th anniversary of his Principia, a date that passed virtually unnoticedexcept by Morowitz), Murray Gell-Mann, and Aristotle. Of Aristotle, Morowitz observes that "most people whose information comes from academic philosophy fail to appreciate that - among his many fields of expertise - first and foremost, Aristotle was a biologist". Indeed, fully a third of Aristotle's writings are on the life sciences, almost all of which has been left out of standard editions of his work. Many other pieces focus on health issues - such as America's obsession with cheese toppings, the addiction to smoking of otherwise intelligent people, questionable obstetric practices - and several touch upon ethics, whistle-blowing, and scientific research. There is also a fascinating piece on the American Type Culture Collection, a zoo or warehouse for microbes that houses some 11,800 strains of bacteria, and over 3,000 specimens of protozoa, algae, plasmids, and oncogenes. Here then are over forty light, graceful essays in which one of our wisest experimental biologists comments on issues of science, technology, society, philosophy, and the arts.