Inorganic Chemistry
无机化学研究除碳氢化合物以外的所有元素及其化合物。课程内容包括化学键理论的深化、配位化学、晶体结构、主族元素化学、过渡金属化学、镧系与锕系元素、无机反应机理、金属有机化学初步、生物无机化学以及无机材料化学等。通过理论学习和实验训练，学生将系统掌握无机化学的基本原理和各类元素的性质规律。
Inorganic Chemistry studies all elements and their compounds except hydrocarbons. Course content includes advanced bonding theory, coordination chemistry, crystal structure, main group chemistry, transition metal chemistry, lanthanides and actinides, inorganic reaction mechanisms, organometallic chemistry introduction, bioinorganic chemistry, and inorganic materials chemistry. Students master fundamental principles and periodic trends through theory and experiments.
学生选择一种过渡金属配合物进行合成与表征研究。以乙二胺或邻菲罗啉为配体，合成铜或钴的配合物晶体。通过红外光谱、紫外可见光谱、熔点测定等手段对产物进行结构表征。研究配合物的磁性、催化活性或抗氧化性能。查阅相关文献，讨论配体场理论对配合物颜色和磁性的解释，并撰写完整的研究报告。
Students synthesize and characterize a transition metal complex. Using ethylenediamine or phenanthroline as ligand, synthesize copper or cobalt complex crystals. Characterize the product via IR spectroscopy, UV-Vis spectroscopy, and melting point determination. Study magnetic properties, catalytic activity, or antioxidant properties. Discuss ligand field theory explanations for color and magnetism, and write a complete research report.