Gas Discharge Physics

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"Gas Discharge Physics" by Yuri P. Raizer is a physics book focused on Light & Optics. Best for students, educators, and scientifically curious readers.

Here is both a textbook for beginners and a handbook for specialists in plasma physics and gaseous electronics. The book contains much useful data: results of experiments and calculations, and reference data. It provides estimates of typical parameters and formulas in forms suitable for computations. Gas discharges of all important types are discussed: breakdown, glow, arc, spark and corona at radio frequency, microwave and optical frequences. The generation of plasma, and its application to high power gas lasers are treated in detail.

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Best For: Students and professionals in plasma physics and gaseous electronics

Focus: Comprehensive coverage of gas discharges including breakdown, glow, arc, spark, and corona at various frequencies

Covers: Experimental results, calculations, reference data, and computational formulas related to gas discharges

Why It Matters: Provides both foundational knowledge and detailed data useful for understanding and working with different types of gas discharges in physics and engineering

"Gas Discharge Physics" by Yuri P. Raizer is a physics book focused on Light & Optics. Best for students, educators, and scientifically curious readers.

Topic: Light & Optics

Author: Yuri P. Raizer

Who this is for:

Physics students
Science-minded readers
Readers building technical understanding

Why this book matters: It provides structured coverage of physics concepts in a way that supports deeper understanding and continued study.

Here is both a textbook for beginners and a handbook for specialists in plasma physics and gaseous electronics. The book contains much useful data: results of experiments and calculations, and reference data. It provides estimates of typical parameters and formulas in forms suitable for computations. Gas discharges of all important types are discussed: breakdown, glow, arc, spark and corona at radio frequency, microwave and optical frequences. The generation of plasma, and its application to high power gas lasers are treated in detail.