中文简介
《催化科学与技术》是一本国际领先期刊，发表了最具影响力的文章，报告了催化科学界的前沿发展。该杂志同样关注来自异构、同质、有机催化和生物催化领域的出版物，其中包含了基础研究、技术导向、实验和计算原始研究和评论的平衡组合，因此对学术和工业科学家都有吸引力。在杂志上发表的原始研究文章必须展示新的催化发现，这是对先前发表的工作的重大进展，为催化过程带来概念上的进展或分子见解，并在适当的情况下证明催化系统的合成、结构和性能之间的关系。动力学和机理是催化科学的核心部分，应该包含在提交的文章中。期刊范围内的主题和预期意义示例如下：通过先进的方法和理论方法深入了解机械原理，这些方法和理论方法对催化剂和催化过程的科学和应用具有重大的直接意义和影响。使用概念的研究优先于试验和错误优化。在生命科学、制药、聚合物、环境保护、能源和燃料中用于当前和未来利益转化的新催化剂和/或工艺。报告催化性能逐渐改善的研究将不会发表在期刊上。在应对当前挑战和社会需求方面具有重大影响的新催化反应，例如减少废物、减少能源使用或有效使用原料。表面化学反应、金属配合物反应性或大分子结构与催化功能和过程相关的研究。强调复杂材料和性能的研究以及催化功能的残留证据将不会发表在期刊上。对材料和分子（表现为催化转化）的理论研究，其结果显著提高了现有催化反应的性能或理解。多尺度建模研究，例如从纳米到宏观的催化过程工程。无机材料、杂化材料和可用作催化剂或载体的大分子的合成策略。声称催化剂性能的研究必须用动力学数据和适当的质量平衡来支持这一点。这些标准将被我们的助理编辑和审稿人用来评估每一份提交稿的重要性。
英文简介
Catalysis Science & Technology is a leading international journal for the publication of the highest impact articles reporting cutting-edge developments across the catalysis science community. The journal places equal focus on publications from the heterogeneous, homogeneous, organocatalysis and biocatalysis communities, containing a balanced mix of fundamental, technology-oriented, experimental and computational original research and reviews, thus appealing to both academic and industrial scientists.Original research articles published in the journal must show new catalytic discoveries that are a significant advance on previously published work, bringing conceptual advances, or molecular insights to catalytic processes, and where appropriate, demonstrate the relationship between synthesis, structure and performance of catalytic systems. Kinetics and mechanisms are a central part of catalysis science and should be included in submitted articles.Examples of topics within the journal’s scope and the expected significance are:In-depth mechanistic insights through advanced methods and theoretical methods that are of significant and direct interest and impact in the science and application of catalysts and catalytic processes. Studies using concepts are preferred to trial and error optimisationNew catalysts and/or processes for conversions of current and future interest within life sciences, pharmaceuticals, polymers, environmental protection, energy and fuels. Studies that report incremental improvement of catalytic performance will not be published in the journalNew catalytic reactions with significant impact in addressing current challenges and societal demands, for example waste reduction, reduced energy use or efficient use of feedstocksStudies that relate chemical reactions at surfaces, reactivity of metal complexes, or macromolecular structure to catalytic function and processes. Studies emphasising sophisticated materials and properties with residual evidence of catalytic function will not be published in the journalTheoretical studies of materials and molecules (exhibiting catalytic turnover) that result in significantly greater performance or understanding of existing catalytic reactionsStudies on multiscale modelling, for example, engineering of catalytic processes from the nano to the macroscaleSynthesis strategies for inorganic materials, hybrid materials and macromolecules that can be used as catalysts or their supports. Studies that claim catalyst performance must support this with kinetic data and proper mass balancesThese criteria will be used by our associate editors and reviewers to assess the significance of each submitted manuscript.
近年期刊自引率趋势图
JCR分区
| JCR分区等级 | JCR所属学科 | 分区 | 影响因子 |
| Q2 | CHEMISTRY, PHYSICAL | Q2 | 6.177 |
近年期刊影响因子趋势图
CiteScore数值
| CiteScore | SJR | SNIP | 学科类别 | 分区 | 排名 | 百分位 |
| 9.20 | 1.299 | 1.043 | 大类：Chemical Engineering 小类：Catalysis | Q2 | 18 / 59 |
70% |
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