Bahman Zohuri Bücher

Innovations in hybrid energy storage systems (HESS) are explored, emphasizing their durability, practicality, and cost-effectiveness in supporting renewable energy power systems. The book examines various configurations of stand-alone renewable energy systems integrated with HESS, including passive, semi-active, and active designs. It provides a thorough review of both classical and intelligent control strategies for these systems and discusses future trends in their combination and control, highlighting the potential for enhanced utility in renewable energy applications.

Advanced Small Modular Reactors (SMRs) are explored as innovative solutions for safe and clean nuclear power, with varying sizes and technologies under development in the U.S. These reactors, ranging from a few megawatts to hundreds, can serve multiple purposes, including power generation and desalination. The book highlights the advantages of SMRs, such as reduced capital costs, flexibility in location, and enhanced safety measures. Additionally, it discusses the potential of GEN-IV nuclear power plants as efficient renewable energy sources, emphasizing their security and nonproliferation benefits.

Focusing on radar energy warfare and stealth technology, this book begins with the basics of radar and progresses to advanced topics such as electronic countermeasures, radar absorbing materials, and radar cross section. It also introduces Luneberg lens reflectors, making it a comprehensive resource. Aimed at scientists, engineers, and students, it offers essential insights into the principles and applications of cutting-edge radar technology and stealth research.

Exploring the historical roots of directed energy weapons, the narrative delves into Archimedes' legendary use of mirrors to ignite Roman ships, known as the Archimedes Heat Ray. While the authenticity of this account remains debated, modern experiments by MIT students in 2005 demonstrated the potential of such technology. Using multiple mirrors, they successfully set a mock ship ablaze under specific conditions, suggesting that ancient concepts of directed energy could indeed be viable weapons. The book intertwines history with modern scientific inquiry, highlighting the evolution of warfare technology.

Focusing on the advancements in cryogenics, this book explores various cryocoolers such as Brayton, Joule-Thomson, and Stirling, emphasizing reliability improvements driving new research. It compares the pros and cons of different cooling cycles and discusses recent enhancements in each technology. The text begins with thermodynamic principles and delves into the science of low-temperature phenomena. It serves as a valuable resource for scientists, engineers, and advanced students seeking to deepen their understanding of cryogenics and thermodynamics.

Focusing on the fundamentals of thermodynamics, this book provides essential knowledge for understanding electrical power generation systems, particularly in the context of nuclear reactor power. It highlights the application of thermodynamic principles, making it a valuable resource for those interested in the intersection of energy generation and nuclear technology.

Focusing on Generation IV nuclear reactor design, this book delves into the emerging technology of nuclear micro reactors. It highlights their potential as renewable energy sources, military applications, and alignment with Department of Defense needs. Key discussions include safety, security, and cost issues associated with these small reactors. Aimed at scientists, engineers, and students, it offers essential insights into the fundamentals of next-generation nuclear technologies, supporting informed research and development in the field.

Focusing on advancements in next-generation nuclear reactors, the book explores the potential for utilizing nuclear process heat in industrial applications, particularly for hydrogen production. It highlights the importance of efficiently transferring thermal energy from nuclear plants to hydrogen facilities. The author discusses the Intermediate Heat Exchanger (IHX) as a key solution and examines alternative methods like single-phase forced convection loops and heat pipes, addressing the challenges and benefits of each approach in optimizing performance and cost-effectiveness.

Focusing on Magnetic Confinement Fusion (MCF), this book explores various technical methods and theoretical research aimed at achieving breakeven in plasma-driven fusion. It includes findings from experimental tokamak reactors and conducts a life cycle analysis to evaluate the efficiency, environmental impacts, and operating costs of MCF compared to other energy generation methods. The author provides associated computer code and numerical analyses, ensuring accessibility for readers with only basic knowledge of plasma physics.

The book offers a unique perspective on dimensional analysis and physical similarity, diverging from traditional literature while adhering to the principles of the Pi Theorem. It emphasizes that dimensional analysis extends beyond Buckingham's Pi Theorem, introducing techniques involving self-similar solutions to address complex problems. This approach not only clarifies concepts of dynamical similarity but also provides practical methods for bounding solutions to seemingly intractable issues, making it a valuable resource for advanced studies in the field.