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Guided learning journeys that build knowledge step by step.
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7818 Paths · page 639 / 782
This learning path guides graduate students through the fundamental principles and applications of inorganic semiconductor photocatalysts for solar fuel production. It covers essential concepts in photochemistry, solid-state chemistry, and materials design, culminating in a detailed understanding of photocatalytic water splitting mechanisms.
This advanced graduate-level learning path explores the principles and applications of single-atom catalysts (SACs). It covers the fundamental concepts of heterogeneous catalysis and inorganic materials, then delves into the coordination environment, electronic properties, synthesis, and characterization of isolated metal atoms. The path culminates in understanding how these factors influence catalytic performance in key reactions like oxygen reduction (ORR) and hydrogen evolution (HER), with an introduction to computational methods that complement experimental studies.
This graduate-level path guides learners through the fundamental principles of metal-organic frameworks (MOFs), from coordination chemistry and secondary building units to advanced applications in gas storage, catalysis, and sensing. It emphasizes the design-synthesis-property relationships essential for understanding and creating functional porous materials.
This learning path provides a comprehensive introduction to the synthesis, characterization, and applications of inorganic nanoparticles, including quantum dots, metal nanoparticles, and magnetic nanoparticles. It covers the underlying principles of solid state chemistry and colloidal synthesis, and explores the unique properties that emerge at the nanoscale.
This advanced learning path equips nuclear professionals with a deep understanding of the chemistry of radioactive elements, from fundamental atomic structure and radioactive decay to actinide chemistry, fission products, radiochemical separation, and nuclear waste management. It bridges general and inorganic chemistry principles with practical applications in nuclear science.
This learning path explores the chemistry of inorganic polymers, focusing on their synthesis, structure, properties, and applications. It begins with foundational polymer and inorganic chemistry concepts, then covers specific classes such as silicones, polyphosphazenes, polysilanes, boron-nitrogen polymers, and metal-organic frameworks. The path emphasizes understanding how the inorganic backbone influences properties and leads to diverse applications.
This advanced professional learning path equips mining and metallurgy professionals with the knowledge to design and optimize metal extraction processes for Fe, Al, Cu, and Au. It covers the underlying redox and electrochemical principles, then explores pyrometallurgy, hydrometallurgy, and electrometallurgy, including leaching, smelting, and refining techniques.
This advanced professional learning path covers the fundamental chemistry and processing of ceramics and glass, from solid-state principles to advanced manufacturing techniques. Learners will explore silicate glass structure, sol-gel processing, sintering, glass transition, and the thermal and mechanical properties of these materials, culminating in an understanding of advanced ceramics.
This path provides a professional-level understanding of the chemistry underlying semiconductor fabrication, from fundamental solid-state chemistry and crystal growth to doping, etching, and thin-film deposition. It emphasizes the chemical principles and reactions that govern the production of silicon and compound semiconductor devices.
This learning path equips QC professionals with the knowledge and skills to apply classical and instrumental analytical methods for quality control of inorganic products. It covers titrimetry, gravimetry, atomic spectroscopy, purity testing, and regulatory compliance, emphasizing practical application in batch release.