Examines key aspects of quantifying fire safety: property damage, performance of fire services/measures, fire safety modeling and verification, and stochastic modeling. Includes a quantitative approach to major fire and explosion disasters, demonstrating crucial faults. Covers real-life problems and applications. There is no other reference available on this subject.

Examines key aspects of quantifying fire safety: property damage, performance of fire services/measures, fire safety modeling and verification, and stochastic modeling.Includes a quantitative approach to major fire and explosion disasters, demonstrating crucial faults.Covers real-life problems and applications.There is no other reference available on this subject.

Materials scientists, silicon technologists and TCAD researchers come together in this book to share experimental results and physical models, discuss achievements and challenges, and identify key issues for future research in this field. The volume focuses on many aspects related to doping of semiconductors (Si, SiGe and Ge) for device fabrication, and explores areas for single-gate as well as multi-gate devices with planar and vertical architectures. Surface properties, coverage, bonding saturation and passivation, and annealing ambient are also discussed.

Examines key aspects of quantifying fire safety: property damage, performance of fire services/measures, fire safety modeling and verification, and stochastic modeling. Includes a quantitative approach to major fire and explosion disasters, demonstrating crucial faults. Covers real-life problems and applications. There is no other reference available on this subject.

Examines key aspects of quantifying fire safety: property damage, performance of fire services/measures, fire safety modeling and verification, and stochastic modeling.Includes a quantitative approach to major fire and explosion disasters, demonstrating crucial faults.Covers real-life problems and applications.There is no other reference available on this subject.

Materials scientists, silicon technologists and TCAD researchers come together in this book to share experimental results and physical models, discuss achievements and challenges, and identify key issues for future research in this field. The volume focuses on many aspects related to doping of semiconductors (Si, SiGe and Ge) for device fabrication, and explores areas for single-gate as well as multi-gate devices with planar and vertical architectures. Surface properties, coverage, bonding saturation and passivation, and annealing ambient are also discussed.