《自旋交叉配合物分子自旋雙穩態的可逆調控》是王永鋒為項目負責人,北京大學為依託單位的面上項目。
基本介紹
- 中文名:自旋交叉配合物分子自旋雙穩態的可逆調控
- 項目類別 :面上項目
- 項目負責人:王永鋒
- 依託單位 :北京大學
科研成果,項目摘要,
科研成果
序號 | 標題 | 類型 | 作者 |
---|---|---|---|
1 | Sierpiniski Triangle Fractal Structures Investigated by STM | 期刊論文 | Gu, Gao-Chen(#),Li, Na,Zhang, Xue,Hou, Shi-Min(*),Wang, Yongfeng(*),Wu, Kai(*) |
2 | Single carbon dioxide molecules on surfaces studied by low-temperature scanning tunneling microscopy | 期刊論文 | Wang, Yawei(#),Li, Na,Wang, Yongfeng(*) |
3 | Influence of Relativistic Effects on Assembled re Structures of V-Shaped Bispyridine Molecules on M(111) Surfaces Where M = Cu, Ag, Au | 期刊論文 | Zhang, Xue(#),Li, Na(#),Yuan, Chenyang,Gu, Gaochen,Zhang, Yajie,Nieckarz, Damian,Szabelski, Pawel,Hou, Shimin(*),Teo, Boon K.,Wang, Yongfeng(*) |
4 | Kinetically controlled hierarchical self-assemblies of all-trans-retinoic acid on Au(111) | 期刊論文 | Li, Chao(#),Li, Na,Liu, Liwei,Zhang, Yajie,Yuan, Chenyang,Peng, Lianmao,Hou, Shimin,Wang, Yongfeng(*) |
5 | Isolated supramolecules on surfaces studied with scanning tunneling microscopy | 期刊論文 | Xie, Chao(#),Wu, Qi-Meng,Li, Ruo-Ning,Gu, Gao-Chen,Zhang, Xue,Li, Na,Berndt, Richard,Kroger, Jorg,Shen, Zi-Yong(*),Hou, Shi-Min,Wang, Yongfeng(*) |
6 | On-Surface Synthesis and Characterization of Honeycombene Oligophenylene Macrocycles | 期刊論文 | Chen, Min(#),Shang, Jian(#),Wang, Yongfeng(*),Wu, Kai(*),Kuttner, Julian,Hilt, Gerhard,Hieringer, Wolfgang(*),Gottfried, J. Michael(*) |
7 | 13-cis-Retinoic acid on coinage metals: hierarchical self-assembly and spin generation | 期刊論文 | Zhang, Xue(#),Li, Na,Zhang, Yajie,Berndt, Richard,Wang, Yongfeng(*) |
8 | Organic Multilayer Films Studied by Scanning Tunneling Microscopy | 期刊論文 | He, Yang(#),Kroeger, Joerg,Wang, Yongfeng(*) |
9 | Stabilizing surface Ag adatoms into tunable single atom arrays by terminal alkyne assembly | 期刊論文 | Liu, Jing(#),Fu, Xiangyu,Chen, Qiwei,Zhang, Yajie,Wang, Yongfeng,Zhao, Dahui,Chen, Wei,Xu, Guo Qin,Liao, Peilin(*),Wu, Kai(*) |
10 | Charging single Co atoms on ultrathin NaCl films | 期刊論文 | Li, Na(#),Wang, Hao,Song, Dao-Liang,Li, Chao,Li, Ruoning,Hou, Shi-Min(*),Wang, Yong-Feng(*),Berndt, Richard(*) |
11 | Controlling Molecular Growth between Fractals and Crystals on Surfaces | 期刊論文 | Zhang, Xue(#),Li, Na(#),Gu, Gao-Chen,Wang, Hao,Nieckarz, Damian,Szabelski, Pawel,He, Yang,Wang, Yu,Xie, Chao,Shen, Zi-Yong,Lu, Jing-Tao,Tang, Hao,Peng, Lian-Mao,Hou, Shi-Min(*),Wu, Kai(*),Wang, Yong-Feng(*) |
12 | Growth of covalently bonded Sierpinski triangles up to the second generation | 期刊論文 | Gu, Gaochen(#),Li, Na(#),Liu, Liwei,Zhang, Xue,Wu, Qimeng,Nieckarz, Damian,Szabelski, Pawel,Peng, Lianmao,Teo, Boon K.,Hou, Shimin(*),Wang, Yongfeng(*) |
13 | Robust Sierpinski triangle fractals on symmetry-mismatched Ag(100) | 期刊論文 | Zhang, Xue(#),Li, Na(#),Liu, Liwei,Gu, Gaochen,Li, Chao,Tang, Hao,Peng, Lianmao,Hou, Shimin,Wang, Yongfeng(*) |
14 | Spin Manipulation by Creation of Single-Molecule Radical Cations | 期刊論文 | Karan, Sujoy(#),Li, Na,Zhang, Yajie,He, Yang,Hong, I-Po,Song, Huanjun,Lu, Jing-Tao,Wang, Yongfeng(*),Peng, Lianmao,Wu, Kai,Michelitsch, Georg S.,Maurer, Reinhard J.,Diller, Katharina,Reuter, Karsten,Weismann, Alexander,Berndt, Richard(*) |
15 | Construction of Sierpinski triangles with the coexistence of C-60 or MnPc molecules | 期刊論文 | Zhang, Xue(#),Li, Na,Gu, Gaochen,Zhang, Yajie,Hou, Shimin(*),Wang, Yongfeng(*) |
16 | Vacuum synthesis of magnetic aluminum phthalocyanine on Au(111) | 期刊論文 | Hong, I-Po(#),Li, Na(#),Zhang, Ya-Jie,Wang, Hao,Song, Huan-Jun,Bai, Mei-Lin,Zhou, Xiong,Li, Jian-Long,Gu, Gao-Chen,Zhang, Xue,Chen, Min,Gottfried, J. Michael,Wang, Dong,Lu, Jing-Tao,Peng, Lian-Mao,Hou, Shi-Min(*),Berndt, Richard,Wu, Kai(*),Wang, Yong-Feng(*) |
17 | Sierpinski-triangle fractal crystals with the C3 nu point group | 期刊論文 | Li, Na(#),Zhang, Xue,Gu, Gao-Chen,Wang, Hao,Nieckarz, Damian,Szabelski, Pawel(*),He, Yang,Wang, Yu,Lue, Jing-Tao,Tang, Hao,Peng, Lian-Mao,Hou, Shi-Min,Wu, Kai(*),Wang, Yong-Feng(*) |
18 | Packing fractal Sierpinski triangles into one-dimensional crystals via a templating method | 期刊論文 | Li, Na(#),Gu, Gaochen,Zhang, Xue,Song, Daoliang,Zhang, Yajie,Teo, Boon K.,Peng, Lian-mao,Hou, Shimin,Wang, Yongfeng(*) |
19 | On the shuttling mechanism of a chlorine atom in a chloroaluminum phthalocyanine based molecular switch | 期刊論文 | Song, Huanjun(#),Fu, Cenfeng,Li, Na,Zhu, Hao,Peng, Zhantao,Zhao, Wenhui,Dai, Jingxin,Xing, Lingbo,Huang, Zhichao,Chen, Wei,Wang, Yongfeng(*),Yang, Jinlong(*),Wu, Kai(*) |
20 | Mechanochemistry Induced Using Force Exerted by a Functionalized Microscope Tip | 期刊論文 | Zhang, Yajie(#),Wang, Yongfeng(*),Lu, Jing-Tao(*),Brandbyge, Mads,Berndt, Richard |
21 | Construction of Sierpinski Triangles up to the Fifth Order | 期刊論文 | Li, Chao(#),Zhang, Xue(#),Li, Na(#),Wang, Yawei,Yang, Jiajia,Gu, Gaochen,Zhang, Yajie,Hou, Shimin(*),Peng, Lianmao,Wu, Kai,Nieckarz, Damian,Szabelski, Pawel,Tang, Hao,Wang, Yongfeng(*) |
項目摘要
單分子自旋態可逆調控是目前物理、化學以及信息技術等領域的研究熱點。自旋交叉配合物可以在室溫出現自旋雙穩態的可逆轉換,最有機會實現工業套用。通過低溫強磁場掃描隧道顯微鏡(STM),我們計畫系統研究檢測單個自旋交叉配合物分子在金屬、氮化銅薄膜、氧化銅薄膜、氯化鈉薄膜等基底上的吸附與自組裝行為,製備各種有序分子陣列。通過微分電導譜,研究自旋交叉配合物在表面的自旋態,並使用針尖脈衝,調控分子自旋態。採用單原子與單分子操縱,研究自旋交叉配合物在表面上的磁性淬滅機制。並透過隧穿電流譜學,研究單個自旋交叉配合物的直接隧穿、自旋翻轉以及近藤共振之間的定量關係。最終我們希望實現自旋交叉配合物有序陣列中分子自旋雙穩態的逐一可逆調控。