Path Catalog
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Path Catalog
列表数据实时取自 GET /api/v1/paths，仅包含存在已发布版本的 Path。
共 7800 条 Path · 第 73 / 780 页
A comprehensive learning path for nanomaterials students to develop the knowledge and skills required to handle, contain, and dispose of nanomaterials safely. It covers foundational concepts, hazard identification, risk assessment, and practical safety protocols, culminating in emergency response and regulatory compliance.
This advanced learning path equips nanomaterials and engineering students with the knowledge and skills to process nanoparticles effectively. It covers the critical stages of dispersion, formulation, surface modification, and scale-up, grounded in colloid science and chemical engineering principles.
This learning path equips nanomaterials students with the knowledge and skills to characterize nanomaterials using microscopy, spectroscopy, diffraction, and associated analytical techniques. It progresses from fundamental concepts of nanomaterial properties and sample preparation through specific characterization methods to data analysis and interpretation, culminating in a practical laboratory project.
This learning path equips nanomaterials and chemistry students with the knowledge and skills to safely synthesize nanomaterials in a laboratory setting. It covers essential safety protocols, core synthesis methods, characterization techniques, and best practices for reporting results. The path progresses from foundational safety and principles to hands-on synthesis and characterization, culminating in a capstone project.
This learning path systematically covers the processing of nanocomposites, from foundational materials science through dispersion and mixing techniques to manufacturing methods and resulting properties. It is designed for university-level nanomaterials and engineering students seeking a comprehensive understanding of how to process and characterize nanocomposite systems.
A systematic learning path for materials science students to understand porous nanomaterials, covering fundamentals, characterization, synthesis, and applications of microporous and mesoporous materials including zeolites and MOFs.
This advanced learning path provides a systematic understanding of nanoparticle surface chemistry, covering fundamental surface concepts, ligand design and functionalization, colloidal stability, and surface reactivity. It integrates principles from physical chemistry, organic chemistry, and materials science, equipping learners with the knowledge to design and characterize functional nanoparticles.
A systematic intermediate-level path for nanomaterials and physics students covering the fundamental physics, synthesis methods, characterization, optical properties, and applications of quantum dots, with a focus on bioimaging.
This path systematically introduces carbon nanotubes, from fundamental carbon allotropes and nanoscale concepts to the structure, properties, synthesis, characterization, and applications of single-walled and multi-walled nanotubes. It emphasizes the underlying science and engineering principles, preparing students for advanced research or industrial applications.
This learning path provides a systematic introduction to graphene-based nanomaterials, covering their fundamental structure, unique properties, synthesis methods, and emerging applications. Designed for university-level students in nanomaterials and physics, it builds from foundational concepts in carbon allotropes and quantum mechanics to advanced topics like functionalization and device integration.