The International Journal of Applied Glass Science (IJAGS) is an indispensable source of information from glass science and engineering research aimed at meeting the challenges of using glass and related materials in consumer, commercial and industrial applications. IJAGS publishes high-impact articles that broadly encompass experimental investigations and modeling of material characteristics aimed at specific applications, along with well-evidenced studies of product and process optimization and scale-up. IJAGS is of critical value to the work of scientists, engineers, educators, students, as well as organizations that study the manufacture and utilization of glass, glass-ceramics, and composite materials to take advantage of the unique properties and behaviors of the most adaptable material – glass. While IJAGS often focuses on invited papers and papers contributed towards special issue themes, our editors welcome all submissions fitting our aims and scopes. Areas of special interest:Increasing the strength of glass for structural integrityInteraction of glass within the human bodyImproving manufacturing and quality control of glasses, including furnace flow modelingSecondary processing including controlled crystallization, phase transformations, tempering, ion–exchange, coatings, and decorationTailoring glass-forming systems for specific applications such as display glass, high-efficiency lighting, communications, advanced energy (solar, fuel cells, nuclear, etc.), and smart building materials. This includes optical properties of novel glasses.Factors affecting durability and long-term performance, including chemical and physical corrosion, and fatigue
《国际应用玻璃科学杂志》（IJAGS）是玻璃科学和工程研究中不可或缺的信息来源，旨在应对在消费、商业和工业应用中使用玻璃和相关材料的挑战。IJAGS出版了高影响力的文章，广泛涵盖针对特定应用的材料特性的实验研究和建模，以及对产品和工艺优化和扩大规模的充分证明的研究。IJAGS对科学家、工程师、教育工作者、学生以及研究玻璃、玻璃陶瓷和复合材料的制造和利用的组织的工作具有重要价值，这些组织利用了最适应性材料——玻璃的独特特性和行为。虽然IJAGS经常关注受邀的论文和为特别议题贡献的论文，但我们的编辑欢迎符合我们目标和范围的所有提交。特别关注的领域：提高玻璃结构整体性的强度人体内玻璃的相互作用改进玻璃制造和质量控制，包括炉流建模二次加工，包括控制结晶、相变、回火、离子交换、涂层和装饰为显示玻璃、高效照明、通信、先进能源（太阳能、燃料电池、核能等）和智能建筑材料等特定应用定制玻璃成型系统。这包括新型玻璃的光学特性。影响耐久性和长期性能的因素，包括化学和物理腐蚀以及疲劳
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