Additive Manufacturing of Fibre Reinforced Polymer Composites
Design and Applications of Heterogeneous Nanostructured Materials
Recent Advances and Emerging Challenges in Functional Coatings
Design, Processing and Characterization of Metals and Alloys
Recent Advances in Sensors for Chemical Detection Applications
Molecular Design and Synthesis of Novel Energetic Compounds
Carbon-Based Materials Applied in Water and Wastewater Treatment
Cycloaddition Reactions at the Beginning of the Third Millennium
Better Not Burn Your Toast
In a world of misinformation and noise, Dr. Joe is a reliable source of authentic, evidence-based health science to teach you everything you didn't know you needed to know! If you have an appetite for digestible science, you will find plenty of tasty morsels here. Discover why some people see red over red food dyes, why Sherlock Holmes was interested in jellyfish, why King George III was plagued with purple urine, and why phrenology is a pseudoscience. You will learn about the links between the Pope, Lionel Messi, and yerba mate, Harry Potter and the mandrake root, and how Bicycle Day came to commemorate the first use of LSD. Have you ever wondered whether negative ions have positive effects, if memory supplements work, if performance-enhancing supplements really enhance performance, or if taurine in Red Bull is a lot of bull? Look no further. Are you confused about ultra-processed foods, free radicals, calcium propionate in your daily bread, endocrine disruptors, preservatives, rejuvenation, aspartame, Ozempic, Oxycontin, or whether you can eat to beat disease? You've come to the right place. You will also find out why Woody Allen's "orgasmatron" in Sleeper was a parody of an actual device created by Wilhelm Reich, how time-restricted eating works, why kimchi traveled to outer space, and where not to stick a magnesium rod. Then, of course, you will also discover why you should not burn your toast!
Computational Chemistry Insights into Molecular Interactions
The Special Issue Reprint entitled "Computational Chemistry Insights into Molecular Interactions" contains 13 articles covering a wide range of subjects including molecular properties of molecular systems, a new approach to investigating reaction mechanisms, and biochemical and pharmacological studies on protein interactions or substrate binding to proteins.
Resource Utilization of Solid Waste and Circular Economy
The global surge in solid waste generation, fueled by rapid industrialization and urban expansion, has posed one of the greatest environmental and resource security challenges of the 21st century. However, this challenge presents an equally powerful opportunity. This Reprint, "Resource Utilization of Solid Waste and Circular Economy", offers a timely and compelling collection of 11 cutting-edge studies that reconceptualize waste-not as a burden, but as a valuable resource for sustainable development.What makes this collection unique? It integrates materials science, environmental engineering, energy technology, and digital innovation to present real-world, scalable strategies for solid waste valorization. From repurposing industrial by-products into low-carbon construction materials to designing AI-powered waste classification systems, each article exemplifies the innovative spirit of circular economy thinking.