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Photochemical reactions and the underlying photophysical principles play key roles in the rational design of efficient systems for energy conversion and storage. This volume on interfaces contains fundamental theory, computational models, and applications for real materials. Edited by experts with a deep knowledge of the community, the volume will be useful to computational chemists, materials scientists, physical chemists, and especially those working in energy and nanomaterials.
Includes subject section, name section, and 1968-1970, technical reports.
The variety of these chapters ranges from qualitative or mixed methods studies to how-to guides and narratives. There are chapters that explain social media usage in academia, industry, grants, and professional organizations. Some chapters focus on a teaching model, others extend the focus to encompass personal and professional social media usage. Most chapters were contributed by current chemists who use social media, but some were contributed by those with a different perspective (e.g., social scientists, librarians, etc.). Nevertheless, all of the chapters provide a great deal of wisdom, which is built from the experience of using social media. These chapters also touch on emerging themes within social media communication: transformation and ethics issues including digital redlining, digital pedagogy, digital identity, curation, hypervisibility, and trolling. These themes form both a rich body of discussion and current research topics regarding online environments, including social media, and they have not yet achieved saturation in peer-reviewed literature.
With the advent of computer graphics, the proliferation of PCs, and the development of user-friendly software, the average chemist can now build chemical databases, search structures and substructures, and generate chemical reports. However, these many systems and databases cannot be linked in a seamless manner. This book addresses this concern in 12 chapters written by people from diverse backgrounds, from software developers to information specialists. Some of the specific topics covered include: the need for flexibility in file formats to enable free exchange of chemical data, the interrelated forces that restrict compatibility, the attributes of a standard interface, chemical structure browsing, the use of a host language interface, PC-to-mainframe communication programs, and the standard molecular data format as an integration tool.