Text
fundamentals of structural chemistry
Fundamentals of Structural Chemistry by Gong‑Du Zhou (co‑authored with Kung‑Tu Chou) presents a comprehensive exploration of the key principles linking microscopic chemical behavior and macroscopic molecular structures. The text is organized into two main pillars:
1. Quantum‑Derived Chemical Bonding
It opens with clear, accessible explanations of how quantum mechanics underpins chemical bonding—covering wave–particle duality, the Schrödinger equation, wavefunctions, and bonding theories (valence bond, hybridization, molecular orbital). These form the conceptual bedrock for understanding how atoms connect to form molecules and solids  .
2. Three‑Dimensional Structures & Properties
The second half delves into the spatial geometry of molecules and crystals, demonstrating the guiding principle: “structure determines properties and properties reflect structure.” Through real-world examples and structural case studies, students gain insight into how molecular/crystalline form influences chemical and physical behavior .
Rich with practical examples and illustrations, the book fosters intuitive understanding and trains students to tackle structural chemistry problems thoughtfully. It’s well-suited for undergraduate courses, bridging theoretical foundations with hands-on applications
No other version available