首页|LiCaX4-(X=Cl,Br)超卤素阴离子结构设计及性质研究

LiCaX4-(X=Cl,Br)超卤素阴离子结构设计及性质研究

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超卤素是基于团簇概念而延伸出的超原子分支,其独特的理化性质使其在许多领域大放异彩,超越了传统卤素。超卤素还可以用于构建具有特殊性质的化合物,以帮助开发新材料。基于已知的化学相关理论,设计了可能存在的异核阴离子LiCaX4-(X = Cl,Br)系统。运用mp2/6-311+g(3df)算法,获得几何结构特征、稳定性及垂直电子脱附能等数据。通过这些数据证实所设计的阴离子体系为超卤素阴离子。并且我们还发现这些阴离子的垂直电子脱附能会受到几何结构、配体种类、中心原子种类和额外电子分布这些因素的影响。
Structural Design and Properties of Superhalogen Anions LiCaX4-(X = Cl,Br)
Superhalogens are superatomic branches extended based on the concept of clusters,and their unique physicochemi-cal properties make them shine in many fields beyond traditional halogens.Superhalogens can also be used to build compounds with special properties to help develop new materials.In this paper,heteronuclear anion LiCaX4-(X = Cl,Br)system was designed.Using the mp2/6-311+g(3df)algorithm,geometric structure characteristics,stability and vertical electron detachment energy of these an-ions were obtained.These data confirm that the designed anion system is belong to superhalogen anion.It is found that the vertical electron detachment energies of these anions can be affected by geometry,ligand species,central atom species,and the distribution of extralelectron.

hetero-binuclear superhalogenvertical electron detachment energythe extra electron distribution

叶泽弘、杨辉、杜铭帅

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山东第二医科大学公共卫生学院,山东潍坊 261053

山西大同大学化学与化工学院,山西大同 037009

异核超卤素 垂直电子脱附能 额外电子分布

山西大同大学大学生创新训练计划山西大同大学博士科研基金

2022-1072019-B-11

2024

山西大同大学学报(自然科学版)
山西大同大学

山西大同大学学报(自然科学版)

影响因子:0.271
ISSN:1674-0874
年,卷(期):2024.40(2)
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