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  Urban Land Use - Patterns...

  Lyric Vale

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  Urban land use plays a crucial role in shaping the physical, economic, and social landscapes of modern society. As cities continue to grow, the way land is utilized within urban areas directly impacts the quality of life for residents, the sustainability of the environment, and the functionality of the economy. Understanding urban land use is not only a matter of interest for urban planners and policymakers but also a concern for all individuals who live and work in urban spaces. 
  The development and organization of land use in cities reflect broader societal priorities and challenges. Housing, transportation, commerce, recreation, and green spaces must coexist within a finite area, often leading to complex decisions about how to allocate resources. A well-planned urban area ensures accessibility, connectivity, and economic opportunities, while poorly planned spaces may result in congestion, social inequality, and environmental degradation. 
  Urban land use is also at the center of many contemporary challenges, including population growth, climate change, and the need for sustainable development. As cities expand, urban sprawl often consumes valuable agricultural land and disrupts ecosystems. Compact, efficient urban designs that incorporate green infrastructure, mixed-use developments, and public transit systems are essential to mitigate the environmental impacts of urbanization. By prioritizing these elements, cities can address pressing issues such as air quality, carbon emissions, and biodiversity loss.

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  Urology - The Urinary System and...

  Ava Westwood

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  Urology is a specialized branch of medicine that focuses on the diagnosis, treatment, and management of diseases and disorders affecting the urinary system and male reproductive organs. This field encompasses a wide range of conditions, from common urinary tract infections (UTIs) to complex kidney diseases, bladder dysfunction, and cancers of the urinary and reproductive systems. Urologists are trained medical professionals who employ both medical and surgical techniques to address these conditions, ensuring optimal urinary and reproductive health for their patients. 
  The history of urology dates back to ancient civilizations, where early physicians recognized the importance of urinary function and attempted to treat urinary ailments with rudimentary tools and herbal remedies. Over time, the field has evolved significantly, with groundbreaking discoveries in anatomy, physiology, and medical technology. The development of endoscopic procedures, minimally invasive surgeries, and robotic-assisted techniques has revolutionized the way urological diseases are diagnosed and treated, improving patient outcomes and reducing recovery times. 
  A fundamental aspect of urology is understanding the intricate structure and function of the urinary system. This system comprises the kidneys, ureters, bladder, and urethra, all working together to filter waste from the blood, regulate fluid balance, and expel urine from the body. In addition to the urinary system, urology also involves the male reproductive system, which includes the testes, prostate gland, seminal vesicles, and associated structures responsible for sperm production and hormone regulation. Given the close relationship between urinary and reproductive health, urologists play a crucial role in addressing conditions such as male infertility, erectile dysfunction, and prostate disorders.

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  Navigating the Challenges of...

  PhD Adrian M. Svingos, PhD Donna...

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  Concussion is one of the most common neurological conditions, with many people having experienced at least one concussion within a lifetime. Concussion has been the focus of great media attention which has brought awareness to this important health issue. While most have heard about athletes and concussions, these injuries can occur at any age and can have many causes such as car accidents and falls. 
   
   
   
  In Navigating the Challenges of Concussion, expert clinicians and researchers in the fields of neurology and neuropsychology teamed together to provide up-to-date and evidence-based information for patients and families affected by concussion or those at increased risk of sustaining concussions. Topics covered include how concussion is different from other forms of brain injury, what to expect after a concussion, and what to do if symptoms are persisting. The authors explore extensively the common misconceptions around the treatment of concussion, and instead offer evidence-based guidance to follow instead. Special considerations for children and students, athletes, employees, military personnel, and older adults are discussed. Patient stories are included throughout which highlight some of the experiences that patients with concussion may face and may relate to their own concussion journey.

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  Women and Wealth - A Playbook to...

  Cary Carbonaro

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  In Women and Wealth, award-winning author and certified financial planner Cary Carbonaro delivers a practical and insightful guide for financial services professionals who want to better serve their female clients. 
   
   
   
  The author explains the unique needs of women clients, the unique psychology driving their financial decisions, and their reasonable demands for personalized client care. She also offers real-world examples and case studies you can use to better serve women who reach out for personal finance and wealth management advice. Inside the book: 
   
   
   
  ● Why "bro-culture" is killing the financial services industry and ignores the fastest growing demographic on every professional's client list 
   
   
   
  ● Why women leave their financial advisors and what you can do to improve female client retention 
   
   
   
  ● Avoiding the "widows and divorcees" stereotypes of female clients and understanding the psychology of female breadwinners 
   
   
   
  A unique and powerful roadmap for financial services professionals seeking to better understand and serve women, Women and Wealth is a must-listen for financial advisors and planners, insurance agents, bank and credit union representatives, and accountants everywhere.

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  Introduction to Power System...

  Dr. Hidaia Mahmood Alassouli

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  Power system protection systems have three basic components: Instrument transformers, Relays, Circuit breakers
  
  The function of the CT is to reproduce in its secondary winding a current I' that is proportional to the primary current I. The CT converts primary currents in the kiloamp range to secondary currents in the 0–5 ampere range for convenience of measurement.
  
  The function of the relay is to discriminate between normal operation and fault conditions. The OC relay in Figure 2 has an operating coil, which is connected to the CT secondary winding, and a set of contacts. When |I'| exceeds a specified ''pickup'' value, the operating coil causes the normally open contacts to close. When the relay contacts close, the trip coil of the circuit breaker is energized, which then causes the circuit breaker to open.
  
  System-protection components have the following design criteria:
  • Reliability: Operate dependably when fault conditions occur, even after remaining idle for months or years. Failure to do so may result in costly damages.
  • Selectivity: Avoid unnecessary, false trips.
  • Speed: Operate rapidly to minimize fault duration and equipment damage. Any intentional time delays should be precise.
  • Economy: Provide maximum protection at minimum cost.
  • Simplicity: Minimize protection equipment and circuitry.
  
  Since it is impossible to satisfy all these criteria simultaneously, compromises must be made in system protection.
  
  The book consists from the following sections:
  1. Chapter 1: Power System Faults:
  2. Chapter 2: Instrument Transformers.
  3. Chapter 3: Overcurrent and Earth Fault Protection Relays.
  4. Chapter 4: Radial System Protection.
  5. Chapter 5: Zones of Protection.
  6. Chapter 6: Differential Relays.
  7. Chapter 7: Distance Relays.
  8. Chapter 8: Transformer Protection.
  9. Chapter 9: Generator Protection.
  10. Chapter 10: Busbar Protection.
  11. Chapter 11: Circuit Breakers.
  12. Chapter 12: Fuses.
  13. Chapter 13: References.

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  Charles Babbage and Alan Turing:...

  Editors Charles River

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  Today, the world is in the midst of the transformative and ever-developing Digital Age, otherwise referred to as the “Age of Information.” It has been an unprecedented, remarkable, and explosive era marked by social media and computer-generated imagery (and with it, deep fakes), among other novel, previously unimaginable concepts. The bulky monitors and blocky towers of personal computers and laptops, which were once upon a time considered fashionable, futuristic contraptions, have since been replaced with a sleek and stylish array – both multi-functional and specialized – of aerodynamic, minimalistic devices, ranging from smartphones and tablets to lightweight laptops and full-fledged gaming set-ups packed with powerhouse processors. 
  While many are familiar with those facts, and a recent movie revived interest in Alan Turing’s achievements with computing during World War II, it was Charles Babbage who was the first to conceive the notion of a programmable and automatic universal computer, which, on top of its ability to calculate any mathematical equation at an unmatched speed, could also be used for a seemingly infinite number of other applications. In other words, he envisioned the precursor to the modern computer. 
  Given that he was the one who envisioned a concept so momentous that it ultimately led to the creation of what is now considered the world's first computer, many might be mistaken for thinking Alan Turing was the kind of suave, pipe-puffing dandy that many might associate with such a grand and futuristic idea. In reality, he was nothing of the sort. Turing was hardly the kind of two-dimensional, stereotypically bookish character whose light bulb suddenly went off during an experiment binge either. On the contrary, Alan was a gauche and grief-stricken 17-year-old schoolboy who would channel all the pain and confusion from his poignant heartbreak into his tireless research, paving the path for the deeply transformative Computer Age.

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