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步宇翔
-
教授
- 性别：男
- 在职信息：在职
- 所在单位：化学与化工学院
- 入职时间： 1999-08-01
访问量：
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[141]
宋新宇 , 步宇翔 and 宋枚育.
Tuning the Spin Coupling Interactions in the Nitroxide-Based Bisphenol-Like Diradicals.
chemphyschem,
18,
2487,
2017.
-
[142]
步宇翔 and 宋新宇.
Redox-Modulated Magnetic Transformations between Ferro- and Antiferromagnetism in Organic Systems.
J. Phys. Chem. C,
27930,
2015.
-
[143]
步宇翔 and 宋新宇.
Structural fluctuation governed dynamic diradical character in pentacene.
Phys. Chem. Chem. Phys.,
17,
13904,
2015.
-
[144]
步宇翔 and 宋新宇.
Computational design of the magnetism-tunable oligobenzylic carbanion complexes.
THEOR CHEM ACC,
133,
1460,
2014.
-
[145]
步宇翔 and 宋新宇.
Magnetism-Tunable Oligoacene Dioxide Diradicals: An Intriguing Class of Promising Magnetic Oligoacen.
chemphyschem,
13,
4148,
2012.
-
[146]
步宇翔 , 白增亮 and 时永香.
Oct-4/Sox-2协同调控下游基因表达的分子机制.
《生物物理学报》,
2007.
-
[147]
步宇翔 and 赵沛文.
Azobenzene-bridged diradical janus nucleobases with photo-converted magnetic properties between anti.
Journal of Computational Chemistry,
39,
1398,
2018.
-
[148]
步宇翔 and 高亮.
Protonation-modulated localization of excess electrons in histidine aqueous solutions revealed by ab.
Physical chemistry chemical physics,
19,
13807,
2017.
-
[149]
步宇翔 and 赵沛文.
Remarkable Differences in Spin Couplings for Various Self-Paired Dimers of Ring-Expansion-Radicalize.
chemphyschem,
19,
208,
2018.
-
[150]
步宇翔 and 赵沛文.
Rational Design of Magnetic DNA Motifs with Diradical Character: Nitroxide Functionalization of Nucl.
JOURNAL OF PHYSICAL CHEMISTRY C,
122,
16488,
2018.
-
[151]
步宇翔 and 张常哲.
Efficient floating diffuse functions for accurate characterization of the surface-bound excess elect.
Physical chemistry chemical physics,
19,
2816,
2017.
-
[152]
步宇翔.
Interaction and Protection Mechanism between Li@C60 and Nucleic Acid Bases (NABs): Performance of PM.
J Comput Chem,
33,
490,
2012.
-
[153]
步宇翔.
DFT Studies On The Mechanism Of The Conversion Of Thiols Into Disulfides And Dihydrogen Catalyzed By.
J ORGANOMET CHEM,
706,
89,
2012.
-
[154]
步宇翔.
Multi-Zinc-Expanded Oligoacenes: An Intriguing Class of Well-Defined Open-Shell Singlet Diradicals_.
J Phys Chem C,
116,
5900,
2012.
-
[155]
步宇翔.
Trapping of excess electrons at the microhydrated protonated amino groups in proteins.
J Chem Phys,
136,
105101,
2012.
-
[156]
步宇翔.
Multi-Zinc-Expanded Graphene Patches: Tetraradical Versus Diradical Character .
J. Comput. Chem.,
33,
1733,
2012.
-
[157]
步宇翔.
离子液中溶剂化电子的结构及其演化动力学.
化学进展,
24,
1094,
2012.
-
[158]
步宇翔.
Radicalized DNA Bases through Ring-Expansion Modification: An Intriguing Class of Building Blocks fo.
J Phys Chem C,,
116,
23214,
2012.
-
[159]
步宇翔.
Rational Design for Building Blocks of DNA-Based Conductive Nanowires through Multi-Copper Incorpora.
chemphyschem,
13,
3293,
2012.
-
[160]
步宇翔.
A Peptide Loop and An alpha-Helix N-terminal Serving as Alternative Electron Hopping Relays in Prote.
PhysChemChemPhys,
14,
15849,
2012.
