Böcker i ACS Symposium Series-serien

This collection of experiences includes evidence-based ideas that have been implemented (with varying degrees of success) across diverse chemistry classrooms to improve student engagement.

This work reviews recent research developments and applications in polymer science and their connections to sustainability and green chemistry, with topics like green sustainable products from plant oils, green processes and materials, green materials for medicine, and green polymer additives.

In this book, experienced practicing patent lawyers offer accessible but thorough analyses of the most significant Supreme Court decisions in many key areas of patent law since 2000.

This volume focuses on applications of single-atom catalysts, describing principles of single-atom catalysts as well as applications in biomass conversion, water purification, CO2 upgrading, and other specific reactions.

This volume (of a two-volume set) explores long-term ways to change chemistry education such as integrating courses with sustainability efforts, connecting students with opportunities to work in the field of science communication, and utilizing campus operations for lab activities.

This book equips readers with a transdisciplinary approach to use to connect basic ethnobotanical studies to research that identifies bioactive molecules responsible for the plants' medicinal and nutritional applications.

Obtaining a degree is the first step of many building blocks that will form your career. In this volume, authors provide engaging and informative perspectives on success in industry.

In this volume, authors provide engaging and informative perspectives on success in academia and government. It is full of wisdom that will appeal to all people who are starting their careers within academia or agencies connected with the government.

Advanced Heterogeneous Catalysts focuses on applications of nanosized catalysts, describing characterization, synthesis, and applications in biomass conversion, auto-exhaust purification, selective oxidation/hydrogenation, syngas conversion, and other important reactions.

This book examines nonclassical nucleation, cluster assembly, particle-based crystallization, crystal formation from amorphous intermedium phases, biomineralization via nonclassical pathways, theoretical developments to simulate nonclassical crystallization, and observation and application of nonclassical crystallization.

This book includes perspectives on intellectual property and the challenges that new agrochemical products face from the marketplace and regulators, and offers analysis of common challenges, review of specific examples, and new techniques to help readers improve their patents.

This work provides inspiration for instructors looking for new topics and new ways to integrate environmental chemistry topics into their classrooms and laboratories.

This volume presents recent advances in drug and nucleic-acid delivery, rheological control to facilitate oil thickening, stability of emulsions, formation of hydrogels, stability of latex dispersions, topical creams, food emulsifiers, chemical separations and catalysis, and responsive functional materials.

This book presents the history behind Paul Flory's Statistical Mechanics of Chain Molecules and provides examples of establishing realistic polymer structure property relations made possible by its lessons.

This text examines bioactive compounds as food is processed - covering a wide range of products and examining the response to many different processing operations in regard to positive or negative effects on health.

Glycan interactions with a variety of glycan binding proteins (GBPs) play a significant role in cell-cell communication, immune evasion, and pathogenic processes. Understanding these interactions is critical to regulating cellular processes and has tremendous therapeutic significance. However, methods to study glycan interactions are relatively limited due to several structural and functional properties of glycans.This work explores specially adapted methods of study, with advances such as glycan microarrays, glycosylated conductive polymers, Luminex bead-based arrays, metabolic labelling, cell surface engineering, and chemo enzymatic labeling. This volume serves as a valuable tool for researchers and industry workers interested in developing and adapting technologies in the detection of glycan-GBP interactions.

This volume discusses state-of-the-art technologies as well as the future trends in the development and manufacturing of 2D nanostructures and hybrid materials.

This volume is a valuable teaching tool for professors introducing foundational chemistry topics to students. It bridges distantly connected fields to a unified view of enzyme mechanism.

Polymer-based systems hold great promise for the delivery of genes and drugs, as polymers can be designed and modified to meet new challenges.

This volume presents the latest and most promising research in obtaining novel products from the byproducts of agricultural processing and existing crops.

This work collects historical stories of magnetic resonance, starting with the scientists who first discovered the phenomena, detailing magnetic resonance's initial use in chemistry, and how it became such a ubiquitous technique.

This volume presents the fundamentals and advances in state-of-the-art catalytic nanoscale interventions to improve the efficiency of bioelectrochemical systems.

This volume covers photoinduced processes for energy harvesting and storage.

Chemistry of Korean Foods and Beverages combines research on flavor and food composition in Korean cuisine, allowing this book to appeal to food scientists and chemists alike.

Both experienced and new researchers will find useful information in chapters describing the properties, synthesis, and applications of phosphorus nanomaterials.

This book offers diverse perspectives on pedagogy. Contributed chapters focus on topics such as the development of visual literacy, pedagogies and practices, as well as implementation.

This volume contains select innovations and advances in crop protection technology from the ACS Division of Agrochemicals.

Next Generation Biomanufacturing Technologies describes new technologies in biomanufacturing to improve yields and product characteristics to over limitations with complex extraction and purification steps.