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个人信息Personal Information
教授
硕士生导师
性别：女
毕业院校：天津大学
学位：博士
所在单位：控制科学与工程学院
办公地点：创新园大厦
电子邮箱：hongxin@dlut.edu.cn
扫描关注
- [1]王增峥,洪昕.基于多流卷积神经网络的动态手势识别[J],中国医疗设备,2019,34(10):20-22,40
- [2]洪昕,王晨晨,刘江涛,王晓强,尹雪洁.芯帽纳米颗粒的光热性质[J],物理学报,2018,67(19):198-207
- [3]刘江涛,洪昕.基于微流控芯片SERS生物传感器的发展与应用[J],北京生物医学工程,2018,37(2):201-207
- [4]洪昕,王晨晨.单芯帽纳米颗粒的光学性质[J],光学学报,2018,38(5):0524001
- [5]洪昕.Polarization to the field enhancement by a gold dimer[A],2017
- [6]洪昕.Tunable optical properties of the core-shell nanoparticles[A],2017
- [7]洪昕.Optical resolution improvement by nanoparticles amplitude and phase pattern[A],2017
- [8]洪昕.Surface plasmon resonance scattered by a dielectric sphere[A],2017
- [9]Hong, Xin,Lapsley, Marta C.,Shang, Yunjing,Hall, Elizabeth A. H..Mapping minimum reflection distribution of surface plasmon resonance with a complex refractive ...[J],ANALYTICAL METHODS,2016,8(47):8299-8305
- [10]Hong, Xin,Wang, Chenchen.Tunable optical properties of the core-shell nanoparticles[A],2016,10027
- [11]Hong, Xin,Wang, Jingxin,Jin, Zheng.Amplitude enhancement by a gold dimer[A],2016,0024
- [12]Hong, Xin,Yin, Xuejie.Surface plasmon resonance scattered by a dielectric sphere[A],2016,10028
- [13]Hong, Xin,Jin, Zheng.Polarization to the field enhancement by a gold dimer[A],2016,10028
- [14]Hong, Xin,Jin, Zheng.Multiple gold-dimer detection from large scattering background[A],2016,0024
- [15]Hong, Xin,Sun, Xiaoyuan.Optical resolution improvement by nanoparticle's amplitude and phase pattern[A],2016,10027
- [16]Miles, Benjamin T.,Hong, Xin,Gersen, Henkjan.On the complex point spread function in interferometric cross-polarisation microscopy[J],OPTICS EXPRESS,2015,23(2):1232-1239
- [17]Hong, Xin,Wang, Jingxin.Gold nanoparticles extraction from dielectric scattering background[A],2014,9278
- [18]Hong, Xin,Liu, Huan.Size-dependent amplitude and phase distribution under a high NA objective[A],2014,9268
- [19]Hong, Xin,Liu, Huan.Amplitude and phase of single nanoparticle calculated using finite-difference time-domain metho...[A],2014,9273
- [20]洪昕.Amplitude and phase of single nanoparticle calculated using finite-differece time-domain method[A],2014