The Science Of Air

Hailed on first publication as a masterful review of the topic, The Science of Air: Concepts and Applications quickly became a standard resource in the field. Clearly written and user-friendly, the second edition continues to provide the scientific underpinnings of the essence of air. Major expansions include: Air math and physics Air flow parameters Indoor air quality Regulatory updates related to indoor and outdoor air quality Updated air pollution control technologies The text follows a pattern that is nontraditional, using a paradigm based on real-world experience. It covers air resource utilization and air protection, contains regulatory updates related to air quality, and provides an update on pollution control technologies. In addition to the discussion of numerous mitigation and remediation procedures, this authoritative resource includes an expanded section on the fundamentals of air chemistry and physics, making it an indispensable text for those tasked with compliance to air pollution laws. The common thread woven through the fabric of this text is air resource utilization and its protection. Numerous examples exist on how understanding the science of air can assist in understanding global climate change, air pollution, radon, indoor air quality, and acid rain. To solve these problems and understand the issues related to air, air pollution control practitioners need a broad base of scientific information from which to draw — The Science of Air fills this critical need.

Mr. Wizard’s World. Bill Nye the Science Guy. NPR’s Science Friday. These popular television and radio programs broadcast science into the homes of millions of viewers and listeners. But these modern series owe much of their success to the pioneering efforts of early-twentieth-century science shows like Adventures in Science and “Our Friend the Atom.” Science on the Air is the fascinating history of the evolution of popular science in the first decades of the broadcasting era. Marcel Chotkowski LaFollette transports readers to the early days of radio, when the new medium allowed innovative and optimistic scientists the opportunity to broadcast serious and dignified presentations over the airwaves. But the exponential growth of listenership in the 1920s, from thousands to millions, and the networks’ recognition that each listener represented a potential consumer, turned science on the radio into an opportunity to entertain, not just educate. Science on the Air chronicles the efforts of science popularizers, from 1923 until the mid-1950s, as they negotiated topic, content, and tone in order to gain precious time on the air. Offering a new perspective on the collision between science’s idealistic and elitist view of public communication and the unbending economics of broadcasting, LaFollette rewrites the history of the public reception of science in the twentieth century and the role that scientists and their institutions have played in both encouraging and inhibiting popularization. By looking at the broadcasting of the past, Science on the Air raises issues of concern to all those who seek to cultivate a scientifically literate society today.

Introduces simple scientific principles involving air, and provides step-by-step instructions for experiments demonstrating these principles.

Experts offer theoretical and empirical analyses that view the regulation of transboundary air pollution as a dynamic process. Governing the Air looks at the regulation of air pollution not as a static procedure of enactment and agreement but as a dynamic process that reflects the shifting interrelationships of science, policy, and citizens. Taking transboundary air pollution in Europe as its empirical focus, the book not only assesses the particular regulation strategies that have evolved to govern European air, but also offers theoretical insights into dynamics of social order, political negotiation, and scientific practices. These dynamics are of pivotal concern today, in light of emerging international governance problems related to climate change. The contributors, all prominent social scientists specializing in international environmental governance, review earlier findings, analyze the current situation, and discuss future directions for both empirical and theoretical work. The chapters discuss the institutional dimensions of international efforts to combat air pollution, examining the effectiveness of CLRTAP (Convention for Long-Range Transboundary Air Pollution) and the political complexity of the European Union; offer a broad overview and detailed case studies of the roles of science, expertise, and learning; and examine the “missing link” in air pollution policies: citizen involvement. Changing political conditions, evolving scientific knowledge, and the need for citizen engagement offer significant challenges for air pollution policy making. By focusing on process rather than product, learning rather than knowledge, and strategies rather than interests, this book gives a nuanced view of how air pollution is made governable.

This colorful book is packed with exciting scientific activities designed to help young children explore the intriguing properties of air. All the experiments and tricks are safe and easy to carry out using ordinary household equipment. The text and illustrations are simple and clear so children can enjoy using the books by themselves. Further notes give fuller scientific explanations for adults who wish to work with their children.

From the bestselling author of How We Got To Now, The Ghost Map and Farsighted, a new national bestseller: the “exhilarating”( Los Angeles Times) story of Joseph Priestley, “a founding father long forgotten”(Newsweek) and a brilliant man who embodied the relationship between science, religion, and politics for America's Founding Fathers. In The Invention of Air, national bestselling author Steven Johnson tells the fascinating story of Joseph Priestley—scientist and theologian, protégé of Benjamin Franklin, friend of Thomas Jefferson—an eighteenth-century radical thinker who played pivotal roles in the invention of ecosystem science, the discovery of oxygen, the uses of oxygen, scientific experimentation, the founding of the Unitarian Church, and the intellectual development of the United States. As he did so masterfully in The Ghost Map, Steven Johnson uses a dramatic historical story to explore themes that have long engaged him: innovative strategies, intellectual models, and the way new ideas emerge and spread, and the environments that foster these breakthroughs.

Acid rain, photochemistry, long-range transport of pollutants, greenhouse gas emissions and aerosols have dominated tropospheric air pollution for the last 30 years of the 20th century. At the start of the 21st century, acid rain is subject to planned improvement in Europe and North America, but is still a growing problem in Asia. Tropospheric ozone is understood much better, but the problem is still with us, and desirable levels are difficult to achieve over continental Europe. The heterogeneous chemistry that is responsible for ozone depletion in the stratosphere is now reasonably clear, but there is on-going interest in the sources and sinks of CFC (chlorofluorocarbon) replacements in the troposphere. There is also increasing interest in indoor air quality, and the origin and health implications of atmospheric particles. Perhaps most important on a global perspective, intensive research has not yet determined the relationship between greenhouse gases, aerosols and surface temperature. The climactic implications of these are now more urgent than ever. This book, the first in the Developments in Environmental Science series, consists of a collection of authoritative reviews and essays on the science and application of air pollution research at the start of this new century.

Fundamentals of Air Pollution, Second Edition discusses the basic chemistry, physics, and engineering of air pollution. This edition explores the processes and equipment that produce less pollution in the atmosphere. This book is comprised of six parts encompassing 28 chapters. This text starts with an overview of the predominant air pollution problems during the Industrial Revolution, including smoke and ash produced by burning oil or coal in the boiler furnaces of power plants, marine vessels, and locomotives. This edition then explores the mathematical models of atmospheric transport and diffusion and discusses the air pollution control in communities. Other chapters deal with atmospheric chemistry, control technology, and visibility through the atmosphere. This book further examines the regulatory concepts that have become more significant, such as the bubble concept, air quality, emission standards, and the trading and banking of emission rights. Air pollution scientists, atmospheric scientists, ecologists, engineers, educators, researchers, and students will find this book extremely useful.