Ceramics-switzerland

Ceramics Switzerland covers the scientific field of advanced ceramic materials. It encourages the publication of research results that demonstrate how understanding of fundamental chemical and physical phenomena can guide material design and inspire new or improved processing techniques to obtain materials with desired structural features and properties. Pay special attention to the fundamental scientific aspects related to the entire development scope of advanced ceramics, such as phase equilibrium and transformation, reactivity, transport processes, thermodynamics and electronic properties, as well as quantum effects in low dimensional materials. The preferred materials and areas of interest include advanced ceramics and composite materials for civilian, military, and industrial applications at room and moderate temperatures; High temperature and ultra-high temperature structural ceramics and composite materials used in extreme environments; Electric ceramics, such as dielectric and microwave ceramics, ferroelectric materials, piezoelectric materials, thermoelectric materials, and ferroelastic materials; Magnetic, multiferroic, semiconductor, and fast ion conductive ceramics; High temperature superconductors and topological insulators; Optical ceramics, including luminescent and color developing materials.

The materials involved include oxide and non oxide ceramics, functional glass, glass ceramics, amorphous inorganic non-metallic materials (as well as their combinations with metals and organic materials), in the form of particles, dense or porous bodies, thin/thick films, laminates, gradients, and composite structures. Topics related to craftsmanship, such as ceramic ceramic connections or connections between ceramics and different materials, as well as surface treatment and adjustment, are also covered within its scope. In addition to traditional processing techniques, the journal also focuses on innovative manufacturing routes that benefit from external stress, electromagnetic fields, and energy beams, as well as top-down and self-assembled nanotechnology methods.

《瑞士陶瓷》涵盖了先进陶瓷材料的科学领域。它鼓励发表能够展示对基本化学和物理现象的理解如何指导材料设计，并激发新的或改进的加工技术思路的研究成果，以获得具有所需结构特征和性能的材料。特别关注与先进陶瓷的整个发展范围相关的基础科学方面，例如相平衡和转变、反应性、传输过程、热力学和电子性能，以及低维材料中的量子效应等。优先考虑的材料和感兴趣的领域包括：在室温和中等温度下用于民用、军事和工业应用的先进陶瓷和复合材料；用于极端环境的高温和超高温结构陶瓷和复合材料；电陶瓷，如介电和微波陶瓷、铁电体、压电体、热电体、铁弹性体；磁性、多铁性、半导体和快离子导电陶瓷；高温超导体、拓扑绝缘体；光学陶瓷，包括发光和显色材料等。

其涉及的材料包括氧化物和非氧化物陶瓷、功能玻璃、玻璃陶瓷、无定形无机非金属材料（以及它们与金属和有机材料的组合），形式有颗粒、致密或多孔体、薄/厚膜以及层压、梯度和复合结构等。与工艺相关的主题，如陶瓷-陶瓷连接或陶瓷与不同材料的连接，以及表面处理和调节等也在其涵盖范围内。除了传统的加工技术，该期刊还关注受益于外部施加应力、电磁场和能量束的创新制造路线，以及自上而下和自组装的纳米技术方法。

该刊已被国际权威数据库SCIE收录，该刊致力于发表经过严格同行评审的高质量原创文章，反映Multiple领域的新进展、新技术、新成果，促进该领域科研交流和科研成果转化。该刊2023年影响因子为2.7，平均审稿速度为 6 Weeks ，近四年来没有被列入预警名单。如果您需要投稿发表服务及指导，可以联系我们的客服老师，我们专业专注服务期刊投稿协助10年，为您提供期刊投稿个性化定制服务，并且我们确保严格保密您的个人信息及稿件内容。