Handbook of the Thermodynamics of Organic Compounds - Practical Data

In this review the Handbook of the Thermodynamics of Organic Compounds is presented as a compact reference aimed at engineers and chemists who need reliable thermodynamic parameters from diverse sources. The book's single biggest reason to buy is its curated tables combining vapor pressures, critical properties, and physical data transcribed and correlated for easy lookup. For researchers working on process design, simulations, or property estimation, this volume saves time by gathering crossregional data that would otherwise require digging through multiple foreign sources.

Key Features

• Consolidated data: Brings together vapor pressures from Czechoslovakia, critical properties from England, and physical properties from America to reduce searching across separate references.
• Tabular correlation: Data are translated and correlated into tabular form, making it straightforward to compare values for thermodynamic calculations.
• International sources: Incorporates contributions and references from Eastern Europe and the University of London, broadening the dataset beyond singlecountry compilations.
• Practical for engineers: Designed with process design and research applications in mind, providing the typical properties needed for chemical and petroleum engineering work.
• Author expertise: Richard Montgomery Stephenson translated and organized the material, offering a single, consistent presentation of varied datasets.

Who It's For

The handbook is best suited to chemical engineers, laboratory researchers, and graduate students who routinely consult thermodynamic tables for vapor pressures, critical points, or physical property estimates during design and simulation work. Its concise tabular layout makes it practical for professionals who value quick access to standardized numbers without trawling through primary foreign literature.

Those seeking comprehensive theoretical derivations, extensive modern datasets, or uptodate experimental measurements across every compound class may need to consult specialized journals or recent databases in addition to this handbook. It is a reference tool rather than a primary experimental report.

Pros & Cons

Pros

• Consolidates multiple international sources into a single reference for easier lookup.
• Tabular correlation and translation reduce ambiguity when comparing values from different origins.
• Practical focus makes it immediately useful for engineering and petroleum applications.

Cons

• Not a source of lengthy theoretical discussion or raw experimental methods, so users needing methodology details must look elsewhere.

Specifications

Our Verdict

The Handbook of the Thermodynamics of Organic Compounds is a useful, valuefocused reference for professionals who need consolidated thermodynamic property tables from diverse international sources. It excels as a timesaving lookup tool in process design and research contexts, though users requiring detailed experimental methods or the latest measurements should pair it with contemporary databases.

Frequently Asked Questions

Does the book include experimental methods?
No, the volume focuses on collected and correlated tabular data rather than detailed experimental procedures.

Which property types are covered?
The handbook presents vapor pressures, critical properties and various physical properties useful for thermodynamic calculations.

Who compiled the foreign data?
Data were supplied by contributors in Czechoslovakia and England and translated and correlated by Richard Montgomery Stephenson.