ISBN: 9783032277992 - essential physics of medical x-ray sources and detectors: lecture notes on x-ray tubes, linacs, photon-counting detectors, and energy-integrating detectors (15 Ergebnisse)

Hardback. Zustand: New. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors.…

Hardcover. Zustand: Brand New. 389 pages. 6.22x9.37x1.06 inches. In Stock.

Hardcover. Zustand: new. Hardcover. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Zustand: NEW.

Hardcover. Zustand: new. Hardcover. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

Zustand: New.

Buch. Zustand: Neu. Druck auf Anfrage Neuware - Printed after ordering - This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors.…

Hardcover. Zustand: Brand New. 389 pages. 6.22x9.37x1.06 inches. In Stock.

Hardback. Zustand: New. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors.…

Hardback. Zustand: New. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors.…

Hardcover. Zustand: new. Hardcover. This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors. Shipping may be from our Sydney, NSW warehouse or from our UK or US warehouse, depending on stock availability.…

Zustand: new. Questo è un articolo print on demand.

Buch. Zustand: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors. 373 pp. Englisch.…

Buch. Zustand: Neu. Essential Physics of Medical X-ray Sources and Detectors | Lecture Notes on X-ray Tubes, Linacs, Photon-Counting Detectors, and Energy-Integrating Detectors | Ke Li | Buch | xvi | Englisch | 2026 | Springer | EAN 9783032277992 | Verantwortliche Person für die EU: Springer Verlag GmbH, Tiergartenstr. 17, 69121 Heidelberg, juergen[dot]hartmann[at]springer[dot]com | Anbieter: preigu Print on Demand.…

Buch. Zustand: Neu. This item is printed on demand - Print on Demand Titel. Neuware -This book draws on experience teaching medical physics graduate students and residents to offer a self-contained and rigorous introduction to the physics of X ray tubes, medical linear accelerators (Linacs), X ray photon-counting detectors (PCDs), and X-ray energy-integrating detectors. It directly addresses the conceptual challenges learners face in understanding the operating principles of PCDs and Linacs, using an approach that is intuitive without sacrificing depth.The book is organized into six focused chapters covering basic semiconductor physics, semiconductor detector structure and elements, semiconductor photon counting detector (PCD) physics, physics of inorganic scintillators and scintillator image detectors, physics in x-ray tubes, and waveguide physics in medical Linacs. Core physical principles and governing laws are developed through first principles-based derivations, supported by schematic illustrations and real-world examples that reinforce both conceptual understanding and practical application.Written for medical physics and bioengineering students, residents, researchers, and educators, the book assumes no prior background in semiconductor physics while providing a rigorous explanation of how modern X-ray detectors, tubes, and Linac systems work. By strengthening fundamental understanding, it equips readers to master current technologies and contribute to future innovation in X ray sources and detectors.Springer Nature Customer Service Center GmbH, Europaplatz 3,69115 Heidelberg, Germany, 69115 Heidelberg 392 pp. Englisch.…