Accurate data on compressibility unlocks better understanding of how materials behave under pressure.
This edition presents a careful approach to measuring how liquids and elements change in volume when squeezed, using innovative methods designed to minimize temperature and apparatus-related errors.
Readers will learn how the authors tackle common measurement challenges, from choosing a reliable standard to designing a safer, more precise testing setup. The book explains why mercury and glass jackets matter, and how new techniques improve the reading of tiny volume changes under high pressure.
- How compressibility is defined and why it matters for elements and simple compounds
- Different testing approaches and the trade-offs they entail
- Design details of apparatus that reduce temperature and leakage errors
- Concepts toward a practical, high‑pressure measurement standard
Ideal for readers of scientific history and readers needing a clear look at early methods for high‑pressure measurement.