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kongping wu
kongping wu
Jinling Institute of Technology
在 jit.edu.cn 的电子邮件经过验证 - 首页
标题
引用次数
引用次数
年份
Tellurium assisted realization of p-type N-doped ZnO
K Tang, S Gu, K Wu, S Zhu, J Ye, R Zhang, Y Zheng
Applied Physics Letters 96 (24), 2010
532010
Sb2Se3 films fabricated by thermal evaporation and post annealing
L Zhang, K Wu, J Yu, Y Yu, Y Wei
Vacuum 183, 109840, 2021
282021
Influences of the type of dopant and substrate on ferromagnetism in ZnO: Mn
K Wu, J Jiang, K Tang, S Gu, J Ye, S Zhu, K Lu, M Zhou, M Xu, R Zhang, ...
Journal of magnetism and magnetic materials 355, 51-57, 2014
272014
Temperature dependence of Young's modulus of single-crystal diamond determined by dynamic resonance
X Shen, K Wu, H Sun, L Sang, Z Huang, M Imura, Y Koide, S Koizumi, ...
Diamond and Related Materials 116, 108403, 2021
242021
Temperature-dependent magnetization in (Mn, N)-codoped ZnO-based diluted magnetic semiconductors
K Wu, S Gu, K Tang, J Ye, S Zhu, M Zhou, Y Huang, M Xu, R Zhang, ...
Journal of magnetism and magnetic materials 324 (8), 1649-1654, 2012
222012
A density functional study of the effect of hydrogen on electronic properties and band discontinuity at anatase TiO2/diamond interface
K Wu, M Liao, L Sang, J Liu, M Imura, H Ye, Y Koide
Journal of Applied Physics 123 (16), 2018
152018
Reducing energy dissipation and surface effect of diamond nanoelectromechanical resonators by annealing in oxygen ambient
H Wu, L Sang, T Teraji, T Li, K Wu, M Imura, J You, Y Koide, M Liao
Carbon 124, 281-287, 2017
152017
Ferromagnetism induced by oxygen-vacancy complex in (Mn, in) codoped ZnO
K Wu, S Gu, K Tang, S Zhu, M Zhou, Y Huang, M Xu, R Zhang, Y Zheng
Physica B: Condensed Matter 407 (13), 2429-2433, 2012
142012
Theoretical optoelectronic analysis of intermediate-band photovoltaic material based on ZnY1− xOx (Y= S, Se, Te) semiconductors by first-principles calculations
KP Wu, SL Gu, JD Ye, K Tang, SM Zhu, MR Zhou, YR Huang, R Zhang, ...
Chinese Physics B 22 (10), 107103, 2013
132013
Mn incorporation induced changes on structure and properties of N-doped ZnO
K Wu, S Gu, K Tang, S Zhu, M Xu, R Zhang, Y Zheng
Journal of Applied Physics 106 (11), 2009
132009
Influences of unintentionally doped carbon on magnetic properties in Mn–N co-doped ZnO
K Wu, S Gu, K Tang, S Zhu, J Ye, R Zhang, Y Zheng
Thin Solid Films 519 (8), 2499-2503, 2011
102011
Enhancement of interfacial thermal conductance by introducing carbon vacancy at the Cu/diamond interface
K Wu, L Zhang, F Li, L Sang, M Liao, K Tang, J Ye, S Gu
Carbon 223, 119021, 2024
82024
First principles investigation on the boron-oxygen complexes in diamond
M Zhang, K Tang, K Wu, S Zhu, G Zhao, Y Huang, J Ye, S Gu
Computational Materials Science 216, 111867, 2023
72023
Two-dimensional hole gas formed at diamond surface by Al2O3/diamond interface engineering
K Wu, Y Zhang, J Ma, Z Fu, C Chen
Diamond and Related Materials 105, 107807, 2020
72020
The boron-phosphorous co-doping scheme for possible n-type diamond from first principles
K Fan, K Tang, M Zhang, K Wu, G Zhao, Y Huang, S Zhu, J Ye, S Gu
Computational Materials Science 222, 112113, 2023
62023
The study of electronic structure and absorption coefficient of ZnTe: O alloys: A GGA+ U method
K Wu, J Ye, K Tang, J Qi, S Zhu, S Gu
Computational Materials Science 109, 225-230, 2015
62015
A comparative study of interfacial thermal conductance between metal and semiconductor
K Wu, L Zhang, D Wang, F Li, P Zhang, L Sang, M Liao, K Tang, J Ye, ...
Scientific Reports 12 (1), 19907, 2022
52022
Two dimensional hole gas induced by the heterointerface of nonpolar plane AlN (1 1 0 0)/H-terminated (1 0 0) diamond
K Wu, W Ma, C Sun, Z Wang, L Ling, C Chen
Computational Materials Science 145, 191-196, 2018
52018
A comprehensive investigation on electronic and thermal transport properties at the Cu/diamond interface
K Wu, L Zhang, D Wang, G Chen, F Li, P Zhang, L Sang, M Liao
Diamond and Related Materials 129, 109390, 2022
42022
Band offset and electronic properties at semipolar plane AlN ()/diamond heterointerface
KP Wu, WF Ma, CX Sun, CZ Chen, LY Ling, ZG Wang
Chinese Physics B 27 (5), 058101, 2018
42018
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