A field as broad as chemistry is cross-disciplinary by nature. Chemistry researchers, in their work or study, may encounter issues in materials science, biochemistry, chemical engineering, or a wide range of other disciplines. In addition to the major areas of organic and inorganic chemistry, Elsevier content covers advanced topics such as quantum chemistry, analytical chemistry, physical and theoretical chemistry, energy generation and storage, nano-chemistry, surface and interface chemistry, and environmental chemistry. This content is available over a spectrum of formats that includes journals, books, eBooks, undergraduate textbooks, multi-volume reference works, and innovative databases and online products like Reaxys.
Check out our Organic Chemistry Study Guide by author's Robert Ouellette and David Rawn, plus a 'road map' infographic from Compound Interest.
Gary Gladysz, co-author of "Materials in Voids" discusses how to use stochastic and nonstochastic voids to create functional materials.
Gary Gladysz, co-author of "Materials in Voids" discusses how materials science breakthroughs added to global warming and how they can be used to remedy it.
Author of Voids in Materials, Gary Gladysz, discusses the role of space or 'nothingness' and how it factors into biomaterial usage and creation.
Author of Voids in Materials, Gary Gladysz, discusses the role of material voids in buoyancy and how it has lead to deep sea exploration.
Free chapter download from Distillation: Fundamentals and Principles on Energy Considerations in Distillation.
The highly-regarded Organic Synthesis Based on Name Reaction, edited by Hassner and Namboothiri, has been translated to Japanese.
Announcing the three winners of the 2014 Reaxys PhD Prize and info about their work and what they will present at the 2014 Reaxys Inspiring Chemistry Conference.
Learn more about the magical world of polymers, including a free sample chapter from Reactive Polymers Fundamentals and Applications!
Need Graphene Week reading? Download this free chapter from "Quantum Mechanics w/ Applications to Nanotechnology and Information Science" on quantum systems.