Identification of Materials: Via Physical Properties Chemical Tests

In this review of Identification of Materials: Via Physical Properties Chemical Tests and Microscopy the bottom line is clear: this is a practical, hands-on reference for chemists who must identify unknown substances in the lab or in the field. The book is written for the practicing chemist and emphasizes techniques from macro inspection to submicro analysis, so the single biggest reason to buy is its usable, procedure-oriented approach to identification across inorganic, organic and biological materials.

Key Features

• Wide scope: Covers identification of inorganic, organic and organized biological materials so readers can apply methods to common and rare samples encountered in industry and investigation.
• Practical techniques: Describes methods from macro observation to microscopy, giving clear steps that chemists can follow on the job rather than only theoretical descriptions.
• Covers chemical tests: Presents qualitative chemical tests useful for routine lab identification and for investigation of mishaps and crime scenes.
• Instructional exercises: Includes practice exercises to build skill because many of these arts are not taught in academic curricula and must be learned by doing.
• Systematic procedure: Emphasizes a stepwise approach to investigation, helping readers reach defensible identifications in diverse situations.

Who It's For

This book is best suited to practicing chemists, laboratory analysts, and forensic investigators who occasionally need to identify unknown materials without relying on extensive instrumentation. It is also useful for technical personnel in industry who must troubleshoot material issues or respond to accidents.

Students seeking a primary textbook in analytical theory should look elsewhere, as the emphasis here is on applied, on-the-job methods and exercises rather than formal analytical theory or comprehensive instrumentation manuals.

Pros & Cons

Pros

• Practical, procedure-focused content that translates directly to lab and field work.
• Broad coverage of material classes so a single reference can serve multiple roles.
• Exercises and stepwise investigation guidance help develop hands-on skills.

Cons

• Not a substitute for in-depth instrumental analysis texts when advanced instrumentation is required.

Specifications

Title	Identification of Materials: Via Physical Properties Chemical Tests and Microscopy
Author	Anton A. Benedetti-Pichler
Audience	Practicing chemists and laboratory analysts
Scope	Inorganic, organic and organized (biological) materials
Techniques	Macro inspection, chemical tests, microscopy, submicro methods
Includes	Practice exercises and systematic procedures

Our Verdict

This book is a solid, practical reference for chemists who need reliable, hands-on methods for identifying unknown materials. It offers clear procedures and useful exercises, making it good value for professionals who will apply the techniques directly in the lab, field, or investigations.

Frequently Asked Questions

Does this book cover organic and inorganic materials?
Yes, the text explicitly addresses identification of inorganic, organic and organized biological materials as they occur in nature and industry.

Is it suitable for students studying analytical chemistry?
It can supplement coursework, but students seeking theoretical depth or advanced instrumentation coverage should use it alongside standard analytical texts.

Are practical exercises included?
Yes, the book includes practice exercises designed to teach skills that are often learned on the job rather than in academic curricula.