Subject
Phosphorus Books
Best books
F. (Ferdinand) Dawidowsky
Glue, gelatine, animal charcoal, phosphorous, cements, pastes and mucilages : $b comprising the raw materials and manufacture of skin and bone glue, different varieties of glue, animal charcoal, phosphorus, gelatine and products prepared from it; isinglass and fish-glue, methods of testing glue and gelatine, and the preparation and application of cements, pastes and mucilages for use in the workshop, laboratory, and office
"Glue, Gelatine, Animal Charcoal, Phosphorous, Cements, Pastes and Mucilages" by F. Dawidowsky is a technical publication written in the early 20th century. This comprehensive work explores the materials and methodologies related to the production of glues and gelatines, including the properties of various adhesives and binding agents, alongside their practical applications in industrial and culinary contexts. The opening of the book provides an overview of the sources and nature of glue, detailing the transformation of animal tissues into adhesive products through processes such as boiling and drying. It explains the fundamental components of glue, including glutin and chondrin, and discusses the varying qualities of glue obtained from different animal by-products. Furthermore, it emphasizes the importance of selecting and preparing raw materials to achieve desired adhesive properties, setting the stage for the detailed exploration of this industry in the subsequent chapters.
Eduard Farber
History of Phosphorus
"History of Phosphorus" by Eduard Farber is a scientific publication that likely dates back to the mid-20th century. This work delves into the fascinating history and significance of phosphorus, tracing its discovery, chemical properties, and applications in various fields, particularly in chemistry and biology. The book presents an in-depth exploration of how this element, once regarded as miraculous, has become essential to life and industrial processes. In this book, Farber provides a comprehensive overview of phosphorus from its initial discovery in 1669 to its crucial roles in living organisms and agricultural practices. He discusses early chemical experiments and the gradual understanding of phosphorus as a vital nutrient for plants, which led to advancements in fertilizers using phosphates. The narrative further explores the complex chemistry surrounding phosphoric acids, the development of organic phosphates, and the integration of phosphorus in biological processes, including its significant role in nucleic acids and energy transfer within cells. Through meticulous research and historical context, the book highlights how phosphorus has shaped scientific thought and industrial applications, making it a cornerstone of modern chemistry and biochemistry.
Recently surfaced classics