دانلود کتاب ساخت حسگرهای گاز، مواد و فناوری

There is an exhaustive list of environmentally hazardous gases that sustained, exposure to which is highly detrimental to human health. The emerging technology pathway although garnering the best interest of humanity to provide the necessary comfort and ease of lifestyle but may have severe consequences on our environment through constant emissions of insalubrious gases. Therefore, the rapid sensing and mitigation of such consequences of exposure to these hazards are also strongly suggested by the technology development mandate. Many researchers across the globe are working on the development of specific and rapid gas sensing systems where tremendous progress has been achieved in the last several decades. This book is an attempt to provide coverage of basic concepts of gas sensing technology and to expose the readers therein of a refined and state-of-the-art literature in gas sensing aspects. The content of this book broadly includes work based on sensing materials aspect, manufacturing technology aspect, the physical realization of sensing platforms, and technological advancements not only limited to the sensor technology but also how one can integrate these platforms to edge devices and IoT protocols. A very experienced group of researchers working on developing gas sensing platforms throughout the last several years are a part of the authorship and the editorial of this book and have penned down their experiences related to different aspects of the gas sensing framework. The book covers various aspects of gas sensing and the whole content has been divided into four different sections viz.; (1) Fundamentals on gas sensors, (2) Fabrication aspects, (3) Sensing platform development, and (4) Latest emerging trends associated with gas sensing technology. With this book, we aim to cover a range of detailed work associated with the fundamental aspects of the current technological trends in the gas sensing domain. This book has chapters on the basics of functional films, sensing mechanism, electronic nose as well as Internet of Things (IoT)-assisted sensing technology to name a few. New innovative sensing materials and technologies are presented in separate sections along with the emerging and evolving gas sensing paradigm. We sincerely hope that the ensemble of these contributions would offer a value addition to the list of readers in the field of material sciences, electrical engineering, physicists, as well as scientists working on sensing technologies, environmental monitoring and many others. Graduate research students may also find the book useful in their research and understanding of various features of explored sensing platforms, processes for synthesis, and mechanism for developing devices. We are hopeful that the current and future generation of researchers will find the collection of information in this book useful for knowing the state of the art in the domain.