Gerhard Herzberg was a Nobel laureate in Chemistry renowned for his groundbreaking research on molecular spectra. His work fundamentally advanced the understanding of molecular structure and reactivity, yielding profound implications for quantum mechanics and astrophysics. Herzberg's scientific legacy lies in his precise and systematic approach to experimental spectroscopy, which opened new avenues for studying the universe at the atomic level. His dedication to discovery and knowledge sharing has inspired generations of scientists worldwide.
The book aims to be accessible for beginners while providing valuable resources for researchers in the field. It features a clear presentation of fundamental concepts, with supplementary sections in smaller type for advanced readers. Numerous references to original papers are included, making it a useful tool for those engaged in research work.
The book focuses on the revival of classic literature from the early 1900s and earlier, highlighting the scarcity and rising costs of these works. It aims to make these timeless texts accessible by republishing them in high-quality, affordable editions that preserve the original text and artwork, ensuring that these literary treasures remain available to contemporary readers.
InhaltsverzeichnisI. Einleitung.II. Zweiatomige Radikale und Ionen.III. Lineare mehratomige Radikale und Ionen.IV. Nicht-lineare mehratomige Radikale und Ionen.V. Dissoziation, Prädissoziation und Rekombination.Literatur.