Katz, Jerome and Sidney J. Fogel. Photographic Analysis. A Textbook of Photographic Science by Jerome Katz and Sidney J. Fogel.

Morgan & Morgan, 1971. 1st edition without dust jacket, bump at top of spine, wrinkle in black cloth cover, binding tight, contents fine. Overall very good. Summary:

Photographic Analysis: A Textbook of Photographic Science (published in 1971 by Morgan & Morgan, Inc.) is a comprehensive, 658-page technical textbook written by Jerome Katz and Sidney J. Fogel. Designed for students, researchers, and advanced practitioners of photographic technology, this rigorous volume bridges the gap between empirical photography and pure physics and chemistry, functioning as a definitive instructional guide to the quantitative and scientific evaluation of latent image formation, chemical processing, and sensitometric measurement.

Core Themes and Content

• The Physics of Latent Image Formation: A foundational core of the textbook details the solid-state physics of silver halide crystals. The authors thoroughly explain the mechanism of latent image formation, detailing how photons interact with crystal lattices to release free electrons and silver ions, which subsequently form sub-microscopic specks of metallic silver.

• Chemical Kinetics of Development: The text provides an exhaustive breakdown of photographic chemistry, treating development as a highly controlled reduction-oxidation reaction. Katz and Fogel analyze the components of developer formulas, the behavior of organic reducing agents, the role of accelerators and restrainers, and the physical chemistry behind washing, fixing, and archival preservation.

• Sensitometry and Characteristic Curves: A massive thematic anchor of the book is its treatment of sensitometry—the quantitative measurement of photographic response to light. The authors guide readers through the math and mechanics of generating and interpreting characteristic curves (also known as H&D curves), exploring how variables like exposure time, development duration, and temperature dictate contrast, speed, fog level, and dynamic range.

• Image Evaluation and Resolution Limits: Visually and theoretically, the textbook examines the micro-structure of the processed photographic image. It dives deeply into the metrics used to judge image quality, detailing graininess (granularity), sharpness (acutance), resolving power, and the Modulation Transfer Function (MTF) to explain how light scattering within film emulsions limits the fidelity of recorded data.

By organizing complex chemical formulas, mathematical models, and optical physics into a structured, pedagogical format, Photographic Analysis stands as a monumental mid-20th-century educational tool, emphasizing that photography is fundamentally a predictable, quantifiable branch of applied science rather than a purely mechanical or creative medium.