Handbook of Biological Effects of EM Fields CRC Press eBook Edition

Description

Product Overview

The Handbook of Biological Effects of Electromagnetic Fields is a comprehensive reference that collates the latest scientific findings on how electromagnetic energy influences biological systems. Authored by leading experts and published by CRC Press, the fourth edition expands on earlier volumes with updated research, new case studies, and expanded coverage of emerging technologies. The book spans 536 pages and is delivered as a print‑replica eBook, preserving the layout of the hard‑copy while offering the convenience of digital access. Readers benefit from high‑resolution images, detailed tables, and clear diagrams that illustrate complex interactions in an accessible format. The eBook format supports up to four simultaneous devices, allowing teams of researchers, engineers, and clinicians to collaborate without the need for multiple copies. Each chapter is organized to guide the reader from fundamental principles of electromagnetic theory through specific biological endpoints, including cellular effects, tissue heating, and long‑term exposure outcomes. The text integrates regulatory perspectives, safety standards, and practical guidelines, making it a valuable resource for both academic study and applied engineering projects.

Usage

This handbook is designed for use in a variety of professional environments. In academic laboratories, it serves as a core textbook for graduate courses in bioelectromagnetics, providing students with a solid foundation for experimental design and data interpretation. In industrial settings, engineers developing microwave devices, wireless communication equipment, or medical imaging systems can reference the book to ensure compliance with safety standards and to optimize device performance while minimizing biological risk. Clinical researchers conducting epidemiological studies on exposure to radiofrequency fields will find the comprehensive review of dose‑response relationships and methodological considerations especially useful. The eBook’s searchable format enables quick retrieval of specific topics, while the printable replica ensures that figures and tables retain their original clarity for detailed analysis. Whether accessed on a laptop in a conference room, a tablet in the field, or a desktop in a research institute, the handbook adapts to the user’s workflow, supporting both deep study and rapid reference.

Why Choose Us

Choosing the CRC Press edition of the Handbook of Biological Effects of Electromagnetic Fields means selecting a resource that combines scholarly rigor with practical relevance. CRC Press is a trusted publisher in the scientific community, known for rigorous peer review and meticulous editorial standards. The fourth edition reflects the most current data, incorporating recent advances in nanotechnology, 5G communications, and therapeutic applications of electromagnetic fields. The print‑replica eBook format preserves the integrity of the original layout, ensuring that complex figures and multi‑column tables are displayed exactly as intended, which is critical for accurate interpretation. Additionally, the product includes a robust support system: customers receive access to CRC’s technical assistance team, who can help with formatting issues, citation guidance, and navigation of the digital platform. The book’s compatibility with multiple devices means that research groups can share a single license, reducing costs while maintaining full functionality. Finally, the handbook’s interdisciplinary approach bridges gaps between physics, biology, engineering, and medicine, making it a unique reference that supports cross‑functional collaboration and innovation.

Key Features

• Extensive coverage of electromagnetic interaction mechanisms, providing clear explanations for both novices and seasoned professionals.
• Up‑to‑date research data and case studies, ensuring readers have access to the latest scientific evidence.
• Print‑replica eBook format retains high‑quality figures and tables for precise analysis and easy printing.
• Supports up to four simultaneous devices, facilitating collaborative work across research teams.
• Dedicated CRC Press technical support and updates, offering reliable after‑sales assistance.

FAQ

What topics are covered in the handbook?

The handbook addresses fundamental electromagnetic theory, cellular and tissue level effects, thermal and non‑thermal mechanisms, safety standards, regulatory guidelines, and emerging applications such as therapeutic electromagnetic fields and 5G technology. Each chapter includes detailed references to primary research articles, allowing readers to explore topics in depth.

Is the eBook compatible with all reading devices?

Yes, the print‑replica eBook is delivered in a format that works on Kindle devices, tablets, smartphones, and desktop computers. It supports up to four simultaneous devices per license, making it easy for research groups to share access without additional purchases.

How does the handbook help with regulatory compliance?

The book provides a thorough review of international safety standards, including IEEE, ICNIRP, and FDA guidelines. It explains how to apply these standards in practical settings, offering step‑by‑step guidance for risk assessment, exposure limits, and documentation required for regulatory submissions.

Can the handbook be used for teaching graduate courses?

Absolutely. The clear organization, comprehensive reference lists, and illustrative figures make it an ideal textbook for graduate‑level courses in bioelectromagnetics, medical physics, and related fields. Instructors can assign specific chapters for reading, and students can use the searchable eBook to locate information quickly.

What support is available after purchase?

CRC Press provides technical support for eBook navigation, citation formatting, and any issues related to device compatibility. Customers also receive notifications of future updates or errata, ensuring the content remains current throughout the product’s lifecycle.