Bøger af Jasmine Tripconey

This is the sixth in a series of volumes investigating, discussing and explaining the application of instrumental spectrometric and spectroscopic techniques to the determination of molecular structures.This volume concentrates on the analysis of twenty common medicines.The series is intended to bridge A-level (UK) and K12 (USA) courses and the first two years of university chemistry studies.Each chapter follows the same style with an introductory page discussing the application and history of the development of the medicine with a summary of the elemental data and the formula mass, leading to the determination of the empirical and molecular formulas of the compound. We then continue with the analysis of the infrared, mass and proton & carbon-13 NMR spectra.

This is the seventh in a series of textbooks which address the analysis of different classes of molecules using elemental data and infrared, mass and multinuclear spectra to determine the structures of many different classes of molecules.This book concentrates on fifteen of the twenty amino acids, both essential and non-essential.

This is the fifth in a series of volumes investigating and explaining the application of instrumental spectrometric and spectroscopic measurements to the determination of molecular structures. This volume concentrates on the study of pheromones. Pheromones, commonly known as sex attractants, play a vital role in orchestrating, guiding and controlling the behaviour of insects and animals. The pheromones cover substances employed by bees, ants, moths & butterflies and extend to pheromones employed by rabbits and even wolves. They guide the creatures both to foods and away from foods as well as attracting them to the opposite sex of their species. Each chapter commences with an introduction to the pheromone and then continues with examination and interpretation of the infrared spectrum, mass spectrum and then the proton and carbon nuclear magnetic resonance (NMR) spectra before making conclusions about the molecular structure of the pheromone considered.