The Growth and Decay of Ice [Paperback]

This book describes in mathematical, physical and biological terms, the growth and decay of ice in water, air, earth and living organisms.This book describes in mathematical, physical and biological terms, the growth and decay of ice - in water, air, earth and living organisms - on a scale ranging from molecular to macroscopic. Consideration of the growth of ice in each of the above contexts provides a clearer understanding of the processes involved.This book describes in mathematical, physical and biological terms, the growth and decay of ice - in water, air, earth and living organisms - on a scale ranging from molecular to macroscopic. Consideration of the growth of ice in each of the above contexts provides a clearer understanding of the processes involved.Ice exists in water, in air, in earth and in living organisms. The purpose of this book is to describe in mathematical, physical and biological terms, the growth and decay of ice, on a scale ranging from molecular to macroscopic. Consideration of the growth of ice in each of the above contexts provides a clearer understanding of the processes involved and results in a comprehensive overview not available elsewhere. This book will be of particular use to any graduate student, scientist or engineer requiring an introduction and reference for ice-related projects: theoretical or experimental; in the laboratory or the field.Preface; Nomenclature; Part I. Introduction: 1. Ice in the heavens; 2. Ice ages; 3. The incidence of ice; 4. The response to ice; Part II. Thermodynamics of Ice: 5. Classical laws and principles; 6. The Gibbs function and phase change; 7. The Gibbs function and chemical potential diffusion in ice, water and water vapour; 8. Metastability and the freezing point; 9. Morphology and microenergetics; 10. Thermal properties; 11. Nucleation interfacial conditions and growth; Part III. The Stefan Problem: 12. The simplified model and its variations; 13. The Neumann solution; 14. Physico-mathematical analóÇ