β Scribed by Larry T. Taylor
No coin nor oath required. For personal study only.
Clear, Practical Coverage of an Important Reemerging Technology Supercritical Fluid Extraction provides a clear, practical, step-by-step introduction to a sample preparation method that helps laboratories reduce or eliminate the use of halogenated solvents, extract samples more quickly and efficiently, and improve the accuracy of their results. By encouraging a deliberate, systematic approach to supercritical fluid extraction (SFE) methods and techniques, this book enables scientists and technicians to avoid disappointing results and erroneous conclusions and develop reliable guidelines for using this versatile technology. It demonstrates how to make the most of a process that is highly reproducible, fast, and quantitative at sub-ppb levels; preserves the chemical integrity of the analyte to be extracted; and yields a concentrated sample solution that can be easily manipulated. Topics covered include:Properties of supercritical fluidsFunctional group solubility in supercritical fluidsCollection efficiency in off-line SFEExtraction strategiesApplications of analytical SFEFor analytical chemists, technicians, and laboratory managers, this book is the key to a technology that can make every sample extraction and analysis cleaner, more efficient, and more reliable.
π SIMILAR VOLUMES
Supercritical Fluid Extraction is a technique in which CO2 is used under extremely high pressure to separate solution (e.g., removing caffeine from coffee). Separations is basic to all process industries and supercritical fluid extraction is a specific type which is receiving a high level of attent
<p>Recent advances in analytical chemistry have turned it into a virtually unrecognizable science compared to a few decades ago, when it lagged behind other sciences and techniques. However, advances in analytical science have been far from universal: while innovations in instrumentation and data ac
<p>During the past decade supercritical fluid extration (SFE) has attracted considerable attention as a sample preparation procedure in analytical chemistry. The successful implementation of this technique can lead to improved sample throughput, more efficient recovery of analytes, cleaner extracts,
<br> Content: Miscibility and phase separation of polymers in near- and supercritical fluids / Erdogan Kiran and Wenhao Zhuang --<br/> Estimation of solid solubilities in supercritical carbon dioxide from solute solvatochromic parameters / David Bush and Charles A. Eckert --<br/> Phase equilibria of