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OverviewFull Product DetailsAuthor: Sudeep BhattacharjeePublisher: Taylor & Francis Inc Imprint: CRC Press Inc Dimensions: Width: 15.60cm , Height: 2.60cm , Length: 23.40cm Weight: 0.680kg ISBN: 9781466557888ISBN 10: 1466557885 Pages: 392 Publication Date: 12 December 2013 Audience: Professional and scholarly , College/higher education , Professional & Vocational , Tertiary & Higher Education Format: Hardback Publisher's Status: Active Availability: In Print  This item will be ordered in for you from one of our suppliers. Upon receipt, we will promptly dispatch it out to you. For in store availability, please contact us. Table of ContentsIntroductionPlasma Particle Interactions Some Basic Plasma Properties Criterion for the Definition of a Plasma Different Types of Plasmas Description of Plasmas Theoretical Approaches Microwave-Generated Plasmas Compact Microwave Plasma Sources Research Objective and Methods References Review of the Cutoff ProblemA Brief History of Earlier Work Microwave Propagation in Waveguides Plasma Density Cutoff References Plasma and Wave DiagnosticsPlasma Diagnostics with Langmuir’s Probes Design of Electromagnetic Probes References Genesis of a Wave Induced Discharge: A New PerspectiveIntroduction Historical Development of Breakdown Studies Modeling of the Electron Dynamics Development of the General Algorithm Field-Free Case: Three-Dimensional Random Walk Electron Transport in the Presence of an EM Field Magnetostatically Assisted Electron Transport in the Presence of an EM Field Electric Field Effects and the Random Walk Parameter Linear and Circularly Polarized Waves Summary and Conclusion References Plasma Production in Continuous-Mode Microwaves: Near-Circular MulticuspIntroduction Apparatus Multicusp Design Waveguide Design Experimental Results Spatial Profiles of the Plasma Discussion Conclusions References Plasma Production in Continuous-Mode Microwaves: Rectangular Nonmulticusp WaveguideIntroduction Experimental Procedures Experimental Results Discussion Conclusions References Comparison of Square and Near-Circular Multicusp WaveguidesIntroduction Waveguide Design Experimental Results Discussion Conclusions Summary of Experimental Results in Continuous-Mode Microwaves Summary of the Plasma Production Mechanisms References Plasma Production in Pulsed-Mode Microwaves: General ExperimentIntroduction Apparatus and Methods of the Experiment in a Circular Waveguide with a Dimension below Cutoff Some Additional Details of the Experimental Set-Up Probe for Measuring the Electric Field Experimental Results Discussion Conclusions References Plasma Production in Pulsed-Mode Microwaves: Circular Multicusp Waveguide with a Dimension below CutoffIntroduction Experimental Setup and Procedures Experimental Results Discussion Conclusions References Plasma Buildup by Short-Pulse, High-Power MicrowavesIntroduction Experiments Discussion Conclusion References Power Absorption and Intense Collimated Beam Production in a Pulsed High-Power Microwave Ion SourceIntroduction Ion Source Design and Experimental Setup Experimental Results Discussion Conclusions Summary in Pulsed Microwaves References New Experiments in Continuous-Mode Microwaves: Formation of Standing Waves and Electron TrappingOverview of the New Experimental System Introduction Spatial Plasma Characteristics Axial Wave Field Intensity Measurements Electron Trapping in SW Minima Model Calculation Summary and Discussion References Penetration and Screening of Perpendicularly Launched Electromagnetic WavesIntroduction Experimental Setup Experimental Observation Modeling Modeling Results Discussion and Summary References Wave Birefringence in Perpendicular PropagationIntroduction Polar Plasma Characteristics Polar Wave Field Intensity Measurements Modeling of the Wave Birefringence Discussion and Summary References Electron Localization and Trapping Physics RevisitedIntroduction Experimental Setup Experimental Results Modeling Modeling Results Summary and Discussion References New Experiments in Pulsed Microwaves: Quasisteady-State Interpulse PlasmasIntroduction Experiment Experimental Results Model Calculation Discussion and Conclusion References Electron Plasma Waves Inside Large-Amplitude Electromagnetic PulsesIntroduction Experimental Setup Experimental Results Time–Frequency Analysis Model Summary References Transition from Interpulse to Afterglow PlasmasIntroduction Experimental Setup Results Summary References Introduction to Focused Ion BeamsFocused Ion Beams References Experimental Setup for Basic Plasma StudiesIntroduction Basic Plasma Experiments Measurement of Plasma Parameters Sub-Cutoff Dimensional Plasma Sources Conclusion References Basic Beam Studies: Extraction and Ion Energy DistributionIntroduction Experiment Results and Discussion Conclusion References Multielement Focused Ion BeamIntroduction Beam Column of MEFIB Beam Simulation Codes Results and Discussion Tolerance Studies Conclusion References Focused Ion Beam ExperimentsIntroduction Results and Discussion Conclusion References Summary and Future Prospects IndexReviewsIn his book, Professor Bhattacharjee has shown how compact and overdense plasmas in the microwave regime can be generated and sustained using multicusp magnetic fields. Detailed investigations of the physics of wave interactions with such bounded plasmas have been carried out and elaborated in the book, including adequate theoretical treatments and modeling. ... The book reports several new findings in this class of plasmas ... the latter half of the book is devoted to generation of multi-element focused ion beams (FIB) from these compact plasmas to widen the scope of research and applications of present day FIB systems. ... The book will also be useful to graduate students or researchers wanting to learn experimental plasma physics in general and or entering the research area of wave-assisted plasmas. -Hiroshi Amemiya, RIKEN Expert Corps Research and Development Inc. (Rec-Rd Inc.), Wako, Saitama, Japan ... valuable treatise on compact plasma production and its applications ... The book will be useful not only to researchers in this area but will also serve as an excellent introduction to those contemplating to apply these ideas to various current and new applications. My congratulations to the author on this excellent contribution. -Abhijit Sen, Institute for Plasma Research, India This book addresses one of the popular methods used to create dense plasmas: microwave sources. It is addressed to those wishing to have a more profound understanding of the physics of microwave plasma generation in small sources and the details of the extraction of kilovolt ion beams from such a source. I can recommend this book to all who wish to enter this new area of technological development. -Rod Boswell, Australian National University, Canberra The book is rich in knowledge on physics of wave interaction with plasmas sustained in compact geometries in multicusp magnetic fields and, furthermore, suggests a novel application of ion beams obtained from these plasmas. I am confident that the readers will benefit much from this book. The author is congratulated on completing this outstanding piece of work. -Takahide Nakagawa, RIKEN Nishina Center for Accelerator-Based Science, Japan The book provides a timely account of this emerging and exciting field of microwave plasmas, and it is written by an author who has worked in the frontier of the field for nearly two decades. The text is clear and concise. No print is wasted on lengthy expansions of basic textbook introductions to plasma physics. Instead, the focus turns immediately to the most relevant topics necessary to understand this particular type of plasma production. ... a thorough discussion on wave interaction with bounded plasmas provides a deeper understanding of the physics. ... This important book is a must for graduate students and researchers in experimental plasma physics who want to get up to speed with the latest research in compact microwave plasmas! -Ashild Fredriksen, University of Tromso, Norway In his book, Professor Bhattacharjee has shown how compact and overdense plasmas in the microwave regime can be generated and sustained using multicusp magnetic fields. Detailed investigations of the physics of wave interactions with such bounded plasmas have been carried out and elaborated in the book, including adequate theoretical treatments and modeling. ... The book reports several new findings in this class of plasmas ... the latter half of the book is devoted to generation of multi-element focused ion beams (FIB) from these compact plasmas to widen the scope of research and applications of present day FIB systems. ... The book will also be useful to graduate students or researchers wanting to learn experimental plasma physics in general and or entering the research area of wave-assisted plasmas. -Hiroshi Amemiya, RIKEN Expert Corps Research and Development Inc. (Rec-Rd Inc.), Wako, Saitama, Japan ... valuable treatise on compact plasma production and its applications ... The book will be useful not only to researchers in this area but will also serve as an excellent introduction to those contemplating to apply these ideas to various current and new applications. My congratulations to the author on this excellent contribution. -Abhijit Sen, Institute for Plasma Research, India This book addresses one of the popular methods used to create dense plasmas: microwave sources. It is addressed to those wishing to have a more profound understanding of the physics of microwave plasma generation in small sources and the details of the extraction of kilovolt ion beams from such a source. I can recommend this book to all who wish to enter this new area of technological development. -Rod Boswell, Australian National University, Canberra The book is rich in knowledge on physics of wave interaction with plasmas sustained in compact geometries in multicusp magnetic fields and, furthermore, suggests a novel application of ion beams obtained from these plasmas. I am confident that the readers will benefit much from this book. The author is congratulated on completing this outstanding piece of work. -Takahide Nakagawa, RIKEN Nishina Center for Accelerator-Based Science, Japan The book provides a timely account of this emerging and exciting field of microwave plasmas, and it is written by an author who has worked in the frontier of the field for nearly two decades. The text is clear and concise. No print is wasted on lengthy expansions of basic textbook introductions to plasma physics. Instead, the focus turns immediately to the most relevant topics necessary to understand this particular type of plasma production. ... a thorough discussion on wave interaction with bounded plasmas provides a deeper understanding of the physics. ... This important book is a must for graduate students and researchers in experimental plasma physics who want to get up to speed with the latest research in compact microwave plasmas! -Ashild Fredriksen, University of Tromso, Norway Author InformationSudeep Bhattacharjee Tab Content 6Author Website:Countries AvailableAll regions |
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