Hunan Normal University

output

19952026

most citedControllable scattering of photons inside a one-dimensional resonator waveguide

540 citations

researchers with a paper here

Counting papers with at most 25 authors, so collaboration author lists do not stand in for the people here.

Jiliang Jing219 · h 47
Hongwei Yu3 profiles151 · h 58
Songbai Chen110 · h 38
Puxun Wu75 · h 31
Jieci Wang2 profiles70 · h 26
Qiyuan Pan59 · h 27
L. Kuang55 · h 28
X. Zhong52 · h 28
J. Liao50 · h 32
Zu-Cheng Chen3 profiles37 · h 26
Jiawei Hu35 · h 13
Lan Zhou33 · h 43

collaborating institutions

University of Chinese Academy of SciencesCN551 papers
Peking UniversityCN444 papers
University of Science and Technology of ChinaCN430 papers
Hunan UniversityCN427 papers
Tsinghua UniversityCN420 papers
Shanghai Jiao Tong UniversityCN409 papers
China Center of Advanced Science and TechnologyCN404 papers
Zhengzhou UniversityCN404 papers
Lanzhou UniversityCN403 papers
University of South ChinaCN401 papers
Nanjing Normal UniversityCN400 papers
Beihang UniversityCN399 papers

Showing 2017 · nucl-thShow all

2 papers · 2 filters

nucl-th2017★ 25 cited

$α$ decay properties of nucleus $^{297}$ Og within two-potential approach

Jun-Gang Deng, Jun-Hao Cheng, Bo Zheng +1

The $α$ decay half-life of unknown nucleus $^{297}$ Og is predicted within two-potential approach, and $α$ preformation probabilities of 64 odd- $A$ nuclei in the reg…

nucl-th2017★ 5 cited

Quark model study of the $π N \to π N$ reactions up to the $N (1440)$ resonance region

Kai-Lei Wang, Li-Ye Xiao, Xian-Hui Zhong

A combined analysis of the reactions $π^{+} p \to π^{+} p$ , $π^{-} p \to π^{-} p$ and $π^{-} p \to π^{0} n$ is carried out with a chiral quark model. The observations are reasonably described from the…

α decay properties of nucleus 297Og within two-potential approach

Quark model study of the πN→πN reactions up to the N(1440) resonance region

$α$ decay properties of nucleus $^{297}$ Og within two-potential approach

Quark model study of the $π N \to π N$ reactions up to the $N (1440)$ resonance region