常用句型
1. The …has played a prominent role in the development of …
…在…发展过程中扮演着重要的角色。
2. Research on well-defined … is increasingly attracting attention as … play key roles in many important technologies and processes including …, …, … and ….
…在…、…、…和…等许多重要技术和过程中发挥着关键作用，因此，…的研究越来越受到人们的关注。
3. This synthetic strategy has yielded already a plethora of …, with enormous potential for new composites and their applications.
这种合成策略已经产生了大量的……，对于新的复合材料及其应用具有巨大的潜力。
4. A different synthetic approach, the … allowed control not only of the size, shape and composition, but also of the location of the guest within the crystalline host particle.
一种不同的合成方法，…不仅可以控制粒径、形状和组成，还可以控制客体在晶体主体颗粒中的位置。
5. The deeper exploration of a wealth of … systems in recent years has shown the great potential of the approach, but also has revealed advanced challenges related to the atom-precise incorporation of … into …
近年来对大量…系统的深入探索显示了该方法的巨大潜力，但也揭示了与原子精确地将…纳入…有关的高级挑战。
6. This review article focusses on the beauty and potential of highly defined … systems and their synthetic accessibility.
这篇综述文章集中于高度定义的…系统的完美和潜力及其综合可及性。
7. Furthermore, the synthetic modularity of …, which enable add-on functionalities such as … and …, is addressed in form of hierarchical systems.
此外，本文还讨论了…材料的合成模块化，并以层次系统的形式讨论了它的附加功能，如…和…。
8. Innovative analytical approaches enable the precise determination of the …, leading to a deeper material understanding.
创新的分析方法能够精确确定…，从而对材料有更深入的了解。
9. In this review, we evaluate the current state-of-the-art of the …
本文综述了…的研究进展。
10. Recent attention has been paid to the potential applications of … in the domain of energy in view of achieving the decarbonization of energy production as eagerly request by our society.
为了实现社会对能源生产脱碳的迫切要求，近年来…在能源领域的潜在应用受到了广泛关注。
11. Whatever, the aforementioned examples demonstrate that the contribution of … in electrode materials, both to design new phases or as modifying agent of surface could lead to real technological advances in the field of electrochemical energy storage.
无论如何，上述实例表明，…在电极材料中的贡献，无论是设计新相还是作为表面改性剂，都可能导致电化学储能领域的真正技术进步。
常用专业短语
总之：In summary
电子运输：electron transport
电化学分析：Electrochemical analysis
溶胶凝胶法：sol-gel methode
化学气相沉积法: chemical vapor deposition (CVD)
磁控溅射法: magnetron sputtering
水热/溶剂热合成法: hydrothermal/solventthermal synthesis
共沉淀法：coprecipitation method
熔盐生长法：Flux Growth
络合沉淀法：complex precipitation method
共价键：covalent bond
离子键：ionic bond
金属键：metallic bond
氢键：hydrogen bond
点缺陷：point defect
氧空位：oxygen vacancy
弗伦克尔缺陷：Frenkel defects
肖特基缺陷：Schottky defects
热缺陷：Thermal defects
置换固溶体：substitution solid solution
间歇固溶体：Intermittent solid solution
原子轨道：atomic orbital
分子轨道：molecular orbital
配位理论：coordination theory
价键理论：valence bond theory
薛定谔方程：schrӧdinger equation
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